{"pageTitles":{"ActivitiesPage":"Atividades","ActivityContributionGuidelinesPage":"Orientações para Contribuição de Atividade","AppsForSchoolsPage":"Apps para Escolas","BrowsePanel":"Navegar","ChangeEmailPage":"Alterar Seu Endereço de Email PhET","ChangePasswordPage":"Altere Sua Senha PhET","CreateActivityPage":"Contribuir com uma Atividade","EditActivityPage":"Editar uma Atividade","EditProfilePage":"Editar Perfil","EmailChangeConfirmedPage":"Email Confirmado","ErrorPage":"Erro no Portal PhET","ForgottenPasswordPage":"Recupere Sua Senha","IndexPage":"PhET: Simulações em física, química, biologia, ciências da terra e matemática online e grátis","JoinLicensePage":"Join a PhET Studio License","LicensingPage":"Informações de Licenciamento","LoginPage":"Entrar","MyBookmarksPanel":"Meus Marcadores","MyContributionsPanel":"Minhas Contribuições","MyPhetStudioLicensePage":"My PhET Studio License","MyPresetsPanel":"My Presets","NotFoundPage":"Não Encontrado","PaymentDetailsPage":"Payment Details","PhetSimulationsSuffixString":"Simulações PhET","PhetStudioPage":"PhET Studio","ProfessionalLearningPage":"Formação Continuada com PhET","ResendEmailConfirmationPage":"Reenviar Confirmação de Email","ResetPasswordPage":"Trocar Senha","SimulationPage":"Simulações","SimulationsBrowsePage":"Navegar","SimulationsCustomizePage":"Customize","SimulationsFilterPage":"Filtrar","SpinnerPage":"A carregar","StandbyModeErrorPage":"Espera","TeachingWithPhetRoutes":"Ensinar com PhET","TranslatedSimsPage":"Traduzir Sims","TranslationCreditsPage":"Créditos à Tradução HTML5","VirtualWorkshopLandingPage":"Workshops Virtuais"},"notFoundSimulationName":null,"simulationMetadata":{"alignments":[{"framework":"COMMON_CORE_MATH","id":527,"url":"http://purl.org/ASN/resources/S11435F2"},{"framework":"COMMON_CORE_MATH","id":528,"url":"http://purl.org/ASN/resources/S11435F3"},{"framework":"COMMON_CORE_MATH","id":529,"url":"http://purl.org/ASN/resources/S11435F4"},{"framework":"COMMON_CORE_MATH","id":530,"url":"http://purl.org/ASN/resources/S11435F5"},{"framework":"COMMON_CORE_MATH","id":542,"url":"http://purl.org/ASN/resources/S11435FE"},{"framework":"COMMON_CORE_MATH","id":544,"url":"http://purl.org/ASN/resources/S1143600"},{"framework":"COMMON_CORE_MATH","id":550,"url":"http://purl.org/ASN/resources/S1143605"},{"framework":"COMMON_CORE_MATH","id":627,"url":"http://purl.org/ASN/resources/S11435E7"},{"framework":"COMMON_CORE_MATH","id":639,"url":"http://purl.org/ASN/resources/S1143645"},{"framework":"COMMON_CORE_MATH","id":640,"url":"http://purl.org/ASN/resources/S1143646"},{"framework":"COMMON_CORE_MATH","id":645,"url":"http://purl.org/ASN/resources/S11435A7"},{"framework":"COMMON_CORE_MATH","id":649,"url":"http://purl.org/ASN/resources/S11435A9"},{"framework":"COMMON_CORE_MATH","id":651,"url":"http://purl.org/ASN/resources/S11435AA"}],"categories":{"13":{"childrenIds":[19,20],"id":13,"name":"chemistry","parent":1,"simulationIds":[1,5,6,10,11,21,23,24,25,26,27,28,30,33,38,39,41,42,43,44,47,49,51,58,74,76,79,80,81,82,84,85,89,100,101,107,110,112,114,116,118,119,120,125,126,130,132,134,148,150,152,154,155,156,157,159,168,169,170,171,173,174,177,183,187,189,193,194,202,219,224,227,228,229,230,240,245,250,253,271,272,274,275,1276],"strings":[{"en":"Chemistry"},{"mn":"Хими"},{"ka":"ქიმია"},{"mr":"रसायनशास्त्र"},{"ku":"کیمیا"},{"fi":"Kemia"},{"in":"Kimia"},{"et":"Keemia"},{"be":"Хімія"},{"nn":"Kjemi"},{"gl":"Química"},{"bs":"Hemija"},{"zh_CN":"化学"},{"pt":"Química"},{"ku_TR":"Kîmya"},{"nl":"Chemie"},{"mk":"Хемија"},{"de":"Chemie"},{"el":"Χημεία"},{"nb":"Kjemi"},{"fa":"شیمی"},{"zh_TW":"化學"},{"hu":"Kémia"},{"lt":"Chemija"},{"uk":"Хімія"},{"th":"เคมี"},{"hr":"Kemija"},{"si":"රසායන විද්යාව"},{"ja":"化学"},{"az":"Kimya"},{"uz":"Kimyo"},{"sk":"Chémia"},{"fr":"Chimie"},{"sr":"Хемија"},{"gu":"રસાયણવિજ્ઞાન"},{"cs":"Chemie"},{"ko":"화학"},{"eu":"Kimika"},{"ro":"Chimie"},{"tr":"Kimya"},{"es":"Química"},{"pt_BR":"Química"},{"it":"Chimica"},{"da":"Kemi"},{"pl":"Chemia"},{"vi":"Hoá học"},{"es_PE":"Química"},{"ar_SA":"الكيمياء"}]},"19":{"childrenIds":[],"id":19,"name":"general","parent":13,"simulationIds":[1,11,23,24,25,26,27,30,38,39,43,44,47,51,76,79,80,81,82,84,85,89,100,101,107,110,112,114,116,118,119,120,125,126,130,132,134,148,150,152,154,155,156,157,159,168,169,170,171,173,174,177,183,187,189,193,194,202,219,224,228,229,230,240,250,271,275],"strings":[{"en":"General Chemistry"},{"mn":"Ерөнхий хими"},{"ka":"ზოგადი ქიმია"},{"mr":"सर्वसामान्य रसायनशास्त्र"},{"ku":"کیمیای عۆمومی"},{"fi":"Yleinen kemia"},{"in":"Kimia Umum"},{"et":"Üldkeemia"},{"be":"Агульная хімія"},{"nn":"Generell kjemi"},{"gl":"Química Xeral"},{"bs":"Opšta hemija"},{"zh_CN":"普通化学"},{"pt":"Química Geral"},{"ku_TR":"Kimyaya Giştî"},{"nl":"Algemene chemie"},{"mk":"Општа Хемија"},{"de":"Allgemeine Chemie"},{"el":"Γενική Χημεία"},{"nb":"Generell kjemi"},{"fa":"شیمی عمومی"},{"zh_TW":"普通化學"},{"hu":"Általános kémia"},{"lt":"Bendroji chemija"},{"uk":"Загальна хімія"},{"th":"เคมีทั่วไป"},{"hr":"Opća kemija"},{"si":"සාමාන්ය රසායන විද්යාව"},{"ja":"一般化学"},{"az":"Ümumi Kimya"},{"uz":"Umumiy Kimyo"},{"sk":"Všeobecná chémia"},{"fr":"Chimie générale"},{"sr":"Општа хемија"},{"gu":"સામાન્ય રસાયણવિજ્ઞાન"},{"cs":"Obecná chemie"},{"ko":"일반화학"},{"eu":"Kimika orokorra"},{"ro":"Chimie generală"},{"tr":"Genel Kimya"},{"es":"Química General"},{"pt_BR":"Química Geral"},{"it":"Chimica generale"},{"da":"Generel kemi"},{"pl":"Chemia Ogólna"},{"vi":"Hoá đại cương"},{"es_PE":"Química General"},{"ar_SA":"الكيمياء العامة"}]},"24":{"childrenIds":[],"id":24,"name":"high-school","parent":21,"simulationIds":[1,2,3,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,38,39,43,44,45,46,47,50,51,52,55,56,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,75,76,77,78,79,80,81,82,83,84,85,86,89,91,98,99,100,101,102,103,104,105,107,108,109,110,111,112,113,114,115,116,117,118,119,120,125,126,127,128,130,132,134,137,138,139,140,141,143,144,145,146,147,148,151,152,153,154,155,156,157,158,159,160,161,162,163,164,165,166,167,168,169,170,171,172,173,174,175,176,177,178,180,181,182,183,184,187,188,189,190,191,193,194,197,200,201,202,203,204,205,206,207,208,213,214,216,217,218,219,224,225,227,228,229,233,234,235,237,238,239,240,244,245,246,247,248,249,253,255,256,259,260,262,263,264,265,266,267,268,269,270,271,272,274,275,1276],"strings":[{"en":"High School"},{"mn":"Бүрэн дунд боловсрол"},{"ka":"უმაღლესი განათლება"},{"mr":"उच्चमाध्यमिक वर्ग"},{"ku":"قوتابخانه ی دواناوه ندی"},{"fi":"Lukio"},{"in":"Sekolah Menengah Atas"},{"et":"Keskkool"},{"be":"Сярэдняя школа"},{"nn":"Vidaregåande skule"},{"gl":"Bacharelato"},{"bs":"Koledž (High School)"},{"zh_CN":"高中"},{"pt":"Ensino Secundário"},{"ku_TR":"Dibistana Amadeyî"},{"nl":"Hoger Secundair Onderwijs"},{"mk":"Висока школа"},{"de":"Sekundarstufe II"},{"el":"Λύκειο"},{"nb":"Videregående skole"},{"fa":"متوسطه و پیش دانشگاهی"},{"zh_TW":"高中"},{"hu":"Középiskola emelt"},{"lt":"Vidurinė mokykla (Gimnazija)"},{"uk":"Старші класи"},{"th":"ระดับมัธยมศึกษาตอนปลาย"},{"hr":"Srednja škola"},{"si":"උසස් පාසැල"},{"ja":"高等学校"},{"az":"Ali məktəb"},{"uz":"O‘rta Maktab"},{"sk":"Stredná škola"},{"fr":"Lycée"},{"sr":"Колеџ (High School)"},{"gu":"હાઈસ્કૂલ"},{"cs":"Střední škola"},{"ko":"고등학교"},{"eu":"Batxilergoa"},{"ro":"Liceu"},{"tr":"Lise"},{"es":"Bachillerato"},{"pt_BR":"Ensino Médio"},{"it":"Scuola Superiore"},{"da":"Gymnasium"},{"pl":"Liceum"},{"vi":"High school"},{"es_PE":"Escuela secundaria"},{"ar_SA":"المدرسة الثانوية"}]},"25":{"childrenIds":[],"id":25,"name":"university","parent":21,"simulationIds":[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,55,56,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,88,89,91,98,99,100,101,102,103,104,105,108,109,110,111,112,114,115,116,117,118,119,120,127,128,130,132,134,136,137,138,143,144,145,146,151,152,153,154,155,156,157,158,159,160,161,162,164,165,166,167,168,169,170,172,173,174,175,176,177,178,180,181,182,183,184,187,188,189,190,191,193,200,202,203,204,205,206,207,208,217,219,224,225,227,228,229,233,234,235,237,238,240,244,245,246,247,248,249,250,253,256,259,260,262,263,264,265,266,267,268,269,271,272,274,275,1276],"strings":[{"en":"University"},{"mn":"Их сургууль"},{"ka":"უნივერსიტეტი"},{"mr":"विद्यापीठ पातळी"},{"ku":"زانستگا"},{"fi":"Yliopisto"},{"in":"Perguruan Tinggi"},{"et":"Ülikool"},{"be":"Універсітэт"},{"nn":"Høgskule/Universitet"},{"gl":"Universidade"},{"bs":"Fakultet (University)"},{"zh_CN":"大学"},{"pt":"Universidade"},{"ku_TR":"Zanîngeh"},{"nl":"Universiteit/Hogeschool"},{"mk":"Универзитет"},{"de":"Hochschule"},{"el":"Πανεπιστήμιο"},{"nb":"Høgskole/Universitet"},{"fa":"دانشگاهی"},{"zh_TW":"大學"},{"hu":"Egyetem"},{"lt":"Universitetas"},{"uk":"Університет"},{"th":"ระดับมหาวิทยาลัย"},{"hr":"Sveučilište"},{"si":"විශ්ව විද්යාලයය"},{"ja":"大学"},{"az":"Universitet"},{"uz":"Universitet"},{"sk":"Univerzita"},{"fr":"Université"},{"sr":"Факултет (University)"},{"gu":"યુનિવર્સિટી"},{"cs":"Univerzita"},{"ko":"대학교"},{"eu":"Unibertsitatea"},{"ro":"Universitar"},{"tr":"Üniversite"},{"es":"Universidad"},{"pt_BR":"Ensino Superior"},{"it":"Università"},{"da":"Universitet"},{"pl":"Studia"},{"vi":"Đại học"},{"es_PE":"Universidad"},{"ar_SA":"الجامعة"}]},"27":{"childrenIds":[],"id":27,"name":"ipad-tablet","parent":26,"simulationIds":[149,150,151,152,153,154,155,156,157,158,159,160,161,162,163,164,165,166,167,168,169,170,171,172,173,174,175,176,177,178,179,180,181,182,183,184,185,186,187,188,189,190,191,193,194,195,197,198,199,200,201,202,203,204,205,206,207,208,209,210,211,212,213,214,215,216,217,218,219,220,221,222,223,224,225,226,227,228,229,230,231,232,233,234,235,236,237,238,239,240,241,242,243,244,245,246,247,248,249,250,251,252,253,254,255,256,257,258,259,260,261,262,263,264,265,266,267,268,269,270,271,272,273,274,275,1276],"strings":[{"en":"iPad/Tablet"},{"mn":"iPad/Таблет"},{"be":"Планшэт"},{"zh_CN":"iPad/Tablet"},{"pt":"iPad/Tablet"},{"nl":"iPad/Tablet"},{"mk":"iPad/Tablet"},{"de":"Tablet"},{"el":"iPad/Tablet"},{"nb":"iPad/Nettbrett"},{"zh_TW":"iPad/平板電腦"},{"hu":"iPad/Tablet"},{"lt":"iPad/Planšetė"},{"uk":"iPad/Планшет"},{"th":"ไอแพด/แท็บเล็ต"},{"hr":"iPad/Tablet"},{"si":"අයිපෑඩ්/ ටැබ්ලට්"},{"az":"iPad/Tablet"},{"uz":"iPad/Planshet"},{"sk":"iPad/Tablet"},{"fr":"iPad/Tablette"},{"sr":"iPad/Таблет"},{"gu":"આઇપેડ/ટેબ્લેટ"},{"cs":"iPad/Tablet"},{"ko":"i패드/태블릿"},{"eu":"iPada/Tableta"},{"ro":"iPad/Tabletă"},{"tr":"iPad/Tablet"},{"es":"iPad/Tablet"},{"pt_BR":"iPad/Tablet"},{"it":"iPad/Tablet"},{"da":"iPad/Tablet"},{"pl":"iPad/Tablet"},{"vi":"iPad/Tablet"},{"es_PE":"iPad/Tablet"}]},"28":{"childrenIds":[],"id":28,"name":"chromebook","parent":26,"simulationIds":[57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,101,103,108,117,136,146,149,150,151,152,153,154,155,156,157,158,159,160,161,162,163,164,165,166,167,168,169,170,171,172,173,174,175,176,177,178,179,180,181,182,183,184,185,186,187,188,189,190,191,193,194,195,197,198,199,200,201,202,203,204,205,206,207,208,209,210,211,212,213,214,215,216,217,218,219,220,221,222,223,224,225,226,227,228,229,230,231,232,233,234,235,236,237,238,239,240,241,242,243,244,245,246,247,248,249,250,251,252,253,254,255,256,257,258,259,260,261,262,263,264,265,266,267,268,269,270,271,272,273,274,275,1276],"strings":[{"en":"Chromebook"},{"mn":"Chromebook"},{"ka":"ქრომბუკი"},{"be":"Хромбук"},{"zh_CN":"Chromebook"},{"pt":"Chromebook"},{"nl":"Chromeboek"},{"mk":"Chromebook"},{"de":"Chromebook"},{"el":"Chromebook"},{"nb":"Chromebook"},{"zh_TW":"Chromebook"},{"hu":"Chromebook"},{"lt":"Chromebook"},{"uk":"Chromebook"},{"th":"โครมบุ๊ค"},{"hr":"Chromebook"},{"si":"Chromebook"},{"az":"Chromebook"},{"uz":"Chromebook"},{"sk":"Chromebook"},{"fr":"Chromebook"},{"sr":"Chromebook"},{"gu":"ક્રોમબુક"},{"cs":"Chromebook"},{"ko":"크롬북"},{"eu":"Chromebooka"},{"ro":"Chromebook"},{"tr":"Chromebook"},{"es":"Chromebook"},{"pt_BR":"Chromebook"},{"it":"Chromebook"},{"da":"Chromebook"},{"pl":"Chromebook"},{"vi":"Chromebook"},{"es_PE":"Chromebook"}]}},"keywords":{"41":{"id":41,"key":"keyword.volume","strings":{"ar_SA":"الحجم","az":"Həcm","be":"Аб'ём","bs":"Zapremina","cs":"Objem","da":"Volumen","de":"Volumen","el":"Ένταση","en":"Volume","es":"Volumen","es_PE":"Volumen","eu":"Bolumena","fa":"حجم","fr":"Volume","gl":"Volume","gu":"વોલ્યુમ","hr":"Volumen","hu":"Térfogat","in":"Volume","it":"Volume","ja":"体積","ka":"მოცულობა","ko":"부피","ku":"بارست","ku_TR":"Qebare","lt":"Tūris","mk":"Волумен","mn":"Эзэлхүүн","mr":"अकारमान","nb":"Volum","nl":"Volume","nn":"Volum","pl":"Objętość","pt":"Volume","pt_BR":"Volume","ro":"Volum","si":"ධාරිතාව","sk":"Objem","sr":"Запремина","th":"ปริมาตร","tr":"Hacim","uk":"Об'єм","uz":"Hajm","vi":"Thể tích","zh_CN":"量"}},"62":{"id":62,"key":"keyword.light","strings":{"ar_SA":"الضوء","az":"İşıq","be":"Святло","bs":"Svjetlost","cs":"Světlo","da":"Lys","de":"Licht","el":"Φως","en":"Light","es":"Luz","es_PE":"Luz","eu":"Argia","fa":"نور","fi":"Valo","fr":"Lumière","gl":"Luz","gu":"લાઇટ","hr":"Svjetlost","hu":"Fény","in":"Cahaya","it":"Luce","ja":"光","ka":"სინათლე","ko":"빛","ku":"رووناکی","ku_TR":"Ronak","lt":"Šviesa","mk":"Светлина","mn":"Гэрэл","mr":"प्रकाश","nb":"Lys","nl":"Licht","nn":"Lys","pl":"Światło","pt":"Luz","pt_BR":"Luz","ro":"Lumină","si":"ආලෝකය","sk":"Svetlo","sr":"Светлост","th":"แสง","tr":"Işık","uk":"Світло","uz":"Yorug‘lik","vi":"Ánh sáng","zh_CN":"光"}},"79":{"id":79,"key":"keyword.photons","strings":{"ar_SA":"الفوتونات","az":"Fotonlar","be":"Фатоны","bs":"Fotoni","cs":"Fotony","da":"Fotoner","de":"Photonen","el":"Φωτόνια","en":"Photons","es":"Fotones","es_PE":"Fotones","eu":"Fotoiak","fa":"فوتون ها","fi":"Fotonit","fr":"Photons","gl":"Fotóns","gu":"ફોટોન","hr":"Fotoni","hu":"Foton","in":"Foton","it":"Fotoni","ja":"光子","ka":"ფოტონი","ko":"광자","ku":"فۆتۆنهکان","ku_TR":"Foton","lt":"Fotonai","mk":"Фотони","mn":"Фотон","mr":"फोटॉन","nb":"Fotoner","nl":"Fotonen","nn":"Foton","pl":"Fotony","pt":"Fotões","pt_BR":"Fótons","ro":"Fotoni","si":"ෆෝටෝන","sk":"Fotóny","sr":"Фотони","th":"โฟตอน","tr":"Fotonlar","uk":"Фотони","uz":"Fotonlar","vi":"Photons","zh_CN":"光子"}},"136":{"id":136,"key":"keyword.wavelength","strings":{"ar_SA":"طول الموجة","az":"Dalğa uzunluğu","be":"Даўжыня хвалі","bs":"Talasna dužina","cs":"Vlnová délka","da":"Bølgelængde","de":"Wellenlänge","el":"Μήκος κύματος","en":"Wavelength","es":"Longitud de Onda","es_PE":"Longitud de Onda","eu":"Uhin-luzera","fa":"طول موج","fi":"Aallonpituus","fr":"Longueur d'onde","gl":"Lonxitude de Onda","gu":"વેવલેન્થ","hr":"Valna duljina","hu":"Hullámhossz","in":"Panjang Gelombang","it":"Lunghezza d'onda","ja":"波長","ka":"ტალღის სიგრძე","ko":"파장","ku":"درێژی شهپۆل","ku_TR":"Dirêjiya Pelê","lt":"Bangos ilgis","mk":"Бранова должина","mn":"Долгионы урт","mr":"तरंगलांबी","nb":"Bølgelengde","nl":"Golflengte","nn":"Bølgjelengd","pl":"Długość fali","pt":"Comprimento de Onda","pt_BR":"Comprimento de Onda","ro":"Lungime de undă","si":"තරංග ආයාමය","sk":"Vlnová dĺžka","sr":"Таласна дужина","th":"ความยาวคลื่น","tr":"Dalga Uzunluğu","uk":"Довжина хвилі","uz":"To‘lqin Uzunligi","vi":"Bước sóng","zh_CN":"波长"}},"199":{"id":199,"key":"keyword.concentration","strings":{"ar_SA":"التركيز","az":"Qatılıq","be":"Канцэнтрацыя","bs":"Koncentracija","cs":"Koncentrace","da":"Koncentration","de":"Konzentration","el":"Συγκέντρωση","en":"Concentration","es":"Concentración","es_PE":"Concentración","eu":"Kontzentrazioa","fa":"غلظت","fi":"Konsentraatio","fr":"Concentration","gl":"Concentración","gu":"સાંદ્રતા","hr":"Koncentracija","hu":"Koncentráció","in":"Konsentrasi","it":"Concentrazione","ja":"濃度","ka":"კონცენტრაცია","ko":"농도","ku":"کۆبوونهوه","ku_TR":"Tîrbûn","lt":"Koncentracija","mk":"Концентрација","mn":"Концентрац","mr":"संहती","nb":"Konsentrasjon","nl":"Concentratie","nn":"Konsentrasjon","pl":"Stężenie","pt":"Concentração","pt_BR":"Concentração","ro":"Concentratție","si":"සාන්ද්රණය","sk":"Koncentrácia","sr":"Концентрација","th":"ความเข้มข้น","tr":"Derişim","uk":"Концентрація","uz":"Konsentratsiya","vi":"Nồng độ","zh_CN":"浓度","zh_TW":"濃度"}},"201":{"id":201,"key":"keyword.moles","strings":{"ar_SA":"المولات","az":"Mollar","be":"Моль","bs":"Molovi","cs":"Moly","da":"Mol","de":"Mole","el":"mol","en":"Moles","es":"Moles","es_PE":"Moles","eu":"Moleak","fa":"مول","fi":"Moolit","fr":"Moles","gl":"Moles","gu":"મોલ્સ","hr":"Molovi","hu":"Mól","in":"Mol","it":"Moli","ja":"モル","ka":"მოლი","ko":"몰","ku":"مولهکان","ku_TR":"Mol","lt":"Moliai","mk":"Молови","mn":"Моль","mr":"ग्रॅम रेणू","nb":"Mol","nl":"Mol","nn":"Mol","pl":"Mole","pt":"Moles","pt_BR":"Mols","ro":"Moli","si":"මවුල","sk":"Móly","sr":"Молови","th":"โมล","tr":"Mol","uk":"Молі","uz":"Mollar","vi":"Mol","zh_CN":"鼹鼠"}},"202":{"id":202,"key":"keyword.molarity","strings":{"ar_SA":"المولارية- التركيز المولي","az":"Molyar Qatılıq","be":"Малярная","bs":"Molaritet","da":"Molaritet","de":"Molarität","el":"Μοριακή κατ' όγκο συγκέντρωση","en":"Molarity","es":"Molaridad","es_PE":"Molaridad","eu":"Molaritatea","fa":"مولاریته(غلظت مولی)","fi":"Molaarisuus","fr":"Molarité","gl":"Molaridade","gu":"મોલેરિટી","hr":"Molaritet","hu":"Molaritás","in":"Molarity","it":"Molarità","ja":"モル濃度","ka":"მოლურობა","ko":"몰농도","ku":"مولاریته","lt":"Molinė koncentracija","mk":"Моларност","mn":"Молийн концентрац","mr":"ग्रॅमरेणुता (मोलॅरिटी)","nb":"Molaritet","nl":"Molariteit","nn":"Molaritet","pl":"Stężenie molowe","pt":"Molaridade","pt_BR":"Molaridade","ro":"Molaritate","si":"මවුලිකතාව","sk":"Koncentrácia látkového množstva","sr":"Моларитет","th":"โมลาริตี (Molarity)","tr":"Molarite","uk":"Молярність","uz":"Molyarlik","vi":"Nồng độ mol","zh_CN":"摩尔浓度"}},"203":{"id":203,"key":"keyword.dilution","strings":{"ar_SA":"تخفيف","az":"Durulaşma","be":"Развядзенне","bs":"Razblaživanje","cs":"Zředění roztok","da":"Fortynding","de":"Verdünnung","el":"Αραίωση","en":"Dilution","es":"Dilución","es_PE":"Dilusión","eu":"Diluzioa","fa":"دقت(تضعیف شدن)","fi":"Laimeneminen","fr":"Dilution","gl":"Dilución","gu":"ડિલુશન","hr":"Razrjeđivanje","hu":"Hígítás","in":"Dilusi","it":"Diluizione","ja":"希釈","ka":"ხსნადობა","ko":"희석","ku":"شل کردنهوه","ku_TR":"Ronkirin","lt":"Skiedimas","mk":"Разредување","mn":"Шингэлэх","mr":"वि्रलीकरण","nb":"Fortynning","nl":"Verdunning","nn":"Fortynning","pl":"Roztwór","pt":"Diluição","pt_BR":"Diluição","ro":"Diluție","si":"තනුකකරණය","sk":"Roztok","sr":"Разблаживање","th":"การทำให้เจือจาง","tr":"Seyreltme","uk":"Розрідження","uz":"Suyuqlantirish","vi":"Sự pha loãng","zh_CN":"稀释","zh_TW":"稀釋"}},"229":{"id":229,"key":"keyword.solubility","strings":{"ar_SA":"الانحلالية","az":"Həllolma","be":"Растваральнасць","bs":"Rastvorljivost","da":"Opløslighed","de":"Löslichkeit","el":"Διαλυτότητα","en":"Solubility","es":"Solubilidad","es_PE":"Solubilidad","eu":"Disolbagarritasuna","fa":"انحلال پذیری","fi":"Liukoisuus","fr":"Solubilité","gl":"Solubilidade","gu":"દ્રાવ્યતા","hr":"Topljivost","hu":"Oldhatóság","in":"Solubility","it":"Solubilità","ja":"溶解度","ka":"ხსნადობა","ko":"용해도","ku":"توانای توانهوه","lt":"Tirpumas","mk":"Растворливост","mn":"Уусмал","mr":"विद्राव्यता","nb":"Løslighet","nl":"Oplosbaarheid","nn":"Løysingsevne","pl":"Rozpuszczalność","pt":"Solubilidade","pt_BR":"Solubilidade","ro":"Solubilitate","si":"ද්රාව්යතාව","sk":"Rozpustnosť","sr":"Растворљивост","th":"การละลาย","tr":"Çözünürlük","uk":"Розчинність","uz":"Eruvchanlik","vi":"Solubility","zh_CN":"溶解度"}},"231":{"id":231,"key":"keyword.solutions","strings":{"ar_SA":"المحالي","az":"Məhlullar","be":"Рашэнні","bs":"Rješenja","cs":"Roztoky","da":"Opløsninger","de":"Lösungen","el":"Διαλύματα","en":"Solutions","es":"Soluciones","es_PE":"Soluciones","eu":"Soluzioak","fa":"محلول ها","fi":"Liuokset","fr":"Solutions","gl":"Solucións","gu":"ઉકેલો","hr":"Rješenja","hu":"Oldatok","in":"Larutan","it":"Soluzioni","ja":"溶液","ka":"გადაწყვეტილება","ko":"용액","ku":"گیراوهکان","lt":"Tirpalai","mk":"Раствор","mn":"Бодлогын Хариу","mr":"द्रावणे","nb":"Løsninger","nl":"Oplossingen","nn":"Løysingar","pl":"Roztwory","pt":"Soluções","pt_BR":"Soluções","ro":"Soluții","si":"විසඳුම්","sk":"Roztoky","sr":"Решења","th":"สารละลาย","tr":"Çözeltiler","uk":"Рішення","uz":"Yechimlar","vi":"Dung dịch","zh_CN":"溶液剂"}},"232":{"id":232,"key":"keyword.saturation","strings":{"ar_SA":"التشبع","az":"Doyma","be":"Насычэнне","bs":"Zasićenje","cs":"Saturace","da":"Mætning","de":"Sättigung","el":"Κορεσμός","en":"Saturation","es":"Saturación","es_PE":"Saturación","eu":"Asetasuna","fa":"اشباع","fi":"Kylläisyys","fr":"Saturation","gl":"Saturación","gu":"સંતૃપ્તિ","hr":"Saturacija","hu":"Telítés","in":"Jenuh","it":"Saturazione","ja":"飽和","ka":"გაჯერება","ko":"포화","ku":"تێری","lt":"Prisotinimas","mk":"Заситеност","mn":"Нэвчилт","mr":"संपृक्ततता","nb":"Metning","nl":"Verzadiging","nn":"Metting","pl":"Nasycenie","pt":"Saturação","pt_BR":"Saturação","ro":"Saturație","si":"සංතෘප්තතාව","sk":"Nasýtenosť","sr":"Засићење","th":"การอิ่มตัว","tr":"Doygunluk","uk":"Насиченість","uz":"To‘yinganlik","vi":"Sự bão hoà","zh_CN":"饱和度"}},"410":{"id":410,"key":"keyword.solute","strings":{"az":"Məhlul","be":"Разбаўленае рэчыва","bs":"Supstanca koja se rastvara","cs":"Rozpuštěná látka","da":"Opløst stof","de":"gelöster Stoff","el":"Διαλύω","en":"Solute","es":"Soluto","es_PE":"Soluto","eu":"Solutua","fr":"Soluté","gl":"Soluto","gu":"દ્રાવણ","hr":"Otopljiva tvar","hu":"Oldott anyag","it":"Soluto","ja":"溶質","ka":"ხსნარი","ko":"용질","lt":"Tirpinys","mk":"Растворлива материја","mn":"Уусагч","mr":"द्राव्य","nb":"Løst stoff","nl":"Opgeloste stof","nn":"Løyst stoff","pl":"Substancja rozpuszczona","pt":"Soluto","pt_BR":"Soluto","ro":"Solut","si":"ද්රාව්යය","sk":"Rozpustená látka","sr":"Супстанца која се раствара","th":"ตัวถูกละลาย","tr":"Çözünen","uk":"Розчинена речовина","uz":"Erigan","vi":"Chất tan","zh_CN":"溶质"}},"411":{"id":411,"key":"keyword.solvent","strings":{"az":"Həlledici","be":"Растваральнік","bs":"Rastvarač","cs":"Rozpouštědlo","da":"Opløsningsmiddel","de":"Lösemittel","el":"Διαλύτης","en":"Solvent","es":"Solvente","es_PE":"Solvente","eu":"Disolbatzailea","fi":"Liuotin","fr":"Solvant","gl":"Disolvente","gu":"દ્રાવક","hr":"Otapalo","hu":"Oldószer","it":"Solvente","ja":"溶媒","ka":"გამხსნელი","ko":"용매","lt":"Tirpiklis","mk":"Растворувач","mn":"Уусгагч","mr":"द्रावक","nb":"Løsemiddel","nl":"Oplosmiddel","nn":"Løysemiddel","pl":"Rozpuszczalnik","pt":"Solvente","pt_BR":"Solvente","ro":"Solvent","si":"ද්රාව්යය","sk":"Rozpúšťadlo","sr":"Растварач","th":"ตัวทำละลาย","tr":"Çözücü","uk":"Розчинник","uz":"Erituvchi","vi":"Dung môi","zh_CN":"溶剂"}},"413":{"id":413,"key":"keyword.liters","strings":{"az":"Litr","be":"Літры","bs":"Litara","cs":"Litry","da":"Liter","de":"Liter","el":"Λίτρα","en":"Liters","es":"Litros","es_PE":"Litros","eu":"Litroak","fi":"Litra","fr":"Litres","gl":"Litros","gu":"લિટર્સ","hr":"Litres","hu":"Liter","it":"Litri","ja":"リットル","ka":"ლიტრი","ko":"리터","ku_TR":"Litre","lt":"Litrai","mk":"Литри","mn":"Литр","mr":"लिटर","nb":"Liter","nl":"Liter","nn":"Liter","pl":"Litry","pt":"Litros","pt_BR":"Litros","ro":"Litri","si":"ලීටර්","sk":"Litre","sr":"Литара","th":"ลิตร","tr":"Litre","uk":"Літри","uz":"Litr","vi":"Lit","zh_CN":"容积"}},"418":{"id":418,"key":"keyword.compound","strings":{"az":"Birləşmə","be":"Сумесь","bs":"Jedinjenje","cs":"Sloučenina","da":"Blanding","de":"Verbindung","el":"συστατικό","en":"Compound","es":"Compuesto","es_PE":"Compuesto","eu":"Osagaia","fi":"Yhdiste","fr":"Composé","gl":"Composto","gu":"સંયોજન","hr":"Spoj","hu":"Vegyület","it":"Composto","ja":"化合物","ka":"შენაერთი","ko":"화합물","ku_TR":"Pêkhatî","lt":"Sudėtinė dalis","mk":"Соединение","mn":"Найрлага","mr":"मिश्रण","nb":"Forbindelse","nl":"Verbinding","nn":"Sambinding","pl":"Związek chemiczny","pt":"Composto","pt_BR":"Composto","ro":"Component","si":"සංයෝගය","sk":"Zlúčenina","sr":"Једињење","th":"สารประกอบ","tr":"Bileşik","uk":"Суміш","uz":"Birikma","vi":"Hợp chất","zh_CN":"化合物","zh_TW":"化合物"}},"431":{"id":431,"key":"keyword.beersLaw","strings":{"az":"Buger-Lambert-Ber qanunu","be":"Закон Бера","bs":"Beer-ov zakon","cs":"Beerův zákon","da":"Beers lov","de":"BEERsches Gesetz","el":"Νόμος του Beer","en":"Beer's law","es":"Ley de Beer","es_PE":"Ley de Beer","eu":"Beer-en legea","fr":"loi de Beer","gl":"Lei de Beer","gu":"બીયરનો કાયદો","hr":"Beerov zakon","hu":"Lambert–Beer-törvény","it":"Legge di Beer","ja":"ベールの法則","ko":"Beer의 법칙","ku_TR":"Yasaya Beer","lt":"Beer'o dėsnis","mk":"Биров закон","mn":"Бугерийн хууль","mr":"बीरस चा नियम","nb":"Beers lov","nl":"Wet van Beer","nn":"Beers lov","pl":"Prawo Beera","pt":"Lei de Beer","pt_BR":"Lei de Beer","ro":"Legea lui Beer","si":"බියර් නියමය","sk":"Lambertov-Beerov zákon","th":"กฎของ Beer (Beer's law)","tr":"Beer Yasası","uk":"Закон Бера","uz":"Ber Qonuni","vi":"Định luật Beer","zh_CN":"比尔定律","zh_TW":"Beer 定律"}},"432":{"id":432,"key":"keyword.absorbance","strings":{"az":"Absorbsiya","be":"Абсорбцыя","bs":"Absorbanca","cs":"Absorbance","da":"Absorbering","de":"Extinktion","el":"Απορρόφηση","en":"Absorbance","es":"Absorbancia","es_PE":"Absorbancia","eu":"Absorbantzia","fr":"Absorbance","gl":"Absorbancia","gu":"શોષણ","hr":"Absorbancija","hu":"Abszorbancia","it":"Assorbanza","ja":"吸光度","ko":"흡광도","ku_TR":"Mêtinî","lt":"Sugertis","mk":"Апсорпција","mn":"Уусалт","mr":"अवशोषकता","nb":"Absorbans","nl":"Absorptie","nn":"Absorbans","pl":"Absorbancja","pt":"Absorção","pt_BR":"Absorbância","ro":"Absorbanța","si":"අවශෝෂ්යතාව","sk":"Absorpcia","th":"การดูดกลืน","tr":"Emilim","uk":"Поглинання","uz":"So‘rilish","vi":"Năng suất hấp thu","zh_CN":"吸光度","zh_TW":"吸光度"}},"433":{"id":433,"key":"keyword.transmittance","strings":{"az":"Keçiricilik","be":"Празрыстасць","da":"Transmittans","de":"Transmission","el":"Διαπερατότητα","en":"Transmittance","es":"Transmitancia","es_PE":"Transmitancia","eu":"Transmitantzia","fr":"Transmittance","gl":"Transmitancia","gu":"ટ્રાન્સમિટન્સ","hr":"Prozračnost","hu":"Transzmittancia","it":"Trasmittanza","ja":"透過率","ko":"투과도","lt":"Skaidrumas","mk":"Пропустливост","mn":"Нэвтрүүлэх коэффициент","mr":"पारेषणांक","nb":"Transmittans","nl":"Doorlaatbaarheid","nn":"Transmittans","pl":"Przepuszczalność","pt":"Transmitância","pt_BR":"Transmitância","ro":"Transmitanță","si":"සම්ප්රෙෂණය","sk":"Priepustnosť","th":"การถ่ายทอด","tr":"Geçirgenlik","uk":"Коефіцієнт пропускання","uz":"O‘tkazuvchanlik","vi":"Hệ số truyền qua","zh_CN":"透光率"}},"434":{"id":434,"key":"keyword.spectrophotometry","strings":{"az":"Spektrofotometriya","be":"Спектрафатометры","bs":"Spektrometrija","cs":"Spektrofotometrie","da":"Spektrofotometri","de":"Spektrophotometrie","el":"Σπεκτροφωτομετρία","en":"Spectrophotometry","es":"Espectrofotometría","es_PE":"Espectrofotometría","eu":"Espektrofotometria","fr":"Spectrophotométrie","gl":"Espectrofotometría","gu":"સ્પેક્ટ્રોફોટોમેટ્રી","hr":"Spektrofotometrija","hu":"Spektrofotometria","it":"Spettrofotometria","ja":"分光光度法","ko":"분광분석법","lt":"Spectrofotometrija","mk":"Спектрофотометрија","mn":"Спекторфотометр","mr":"पंक्ति अनुदीप्तिमिति (स्पेक्ट्रोफोटोमेट्री)","nb":"Spektrofotometri","nl":"Spectrofotometrie","nn":"Spektrofotometri","pl":"Spektrofotometria","pt":"Espetrofotometria","pt_BR":"Espectrofotometria","ro":"Spectrofotometrie","si":"වර්ණාවලි දීප්තිමිතිය","sk":"Spektrometer","th":"การเทียบความทึบแสง","tr":"Spektrofotometri","uk":"Спектрофотометрія","uz":"Spektrofotometriya","vi":"Spectrophotometry","zh_CN":"分光光度法"}},"435":{"id":435,"key":"keyword.cuvette","strings":{"az":"Kuvet","be":"Кювета","cs":"Kyveta","da":"Glasrør","de":"Küvette","el":"Δοχείο υγρού","en":"Cuvette","es":"Cubeta","es_PE":"Cubeta","eu":"Kubetea","fr":"Cuvette","gl":"Cubeta","gu":"ક્યુવેટ","hr":"Cuvette","hu":"Küvetta","it":"Cuvetta","ja":"キュベット","ko":"큐벳","lt":"Kiuvetė","mk":"Сад","mn":"Кювет сав","mr":"वर्णमापन कुपी","nb":"Kyvette","nl":"Proefbuis","nn":"Kyvette","pl":"Kuweta pomiarowa","pt":"Cuveta","pt_BR":"Cuveta","ro":"Cuvă","si":"Cuvette","sk":"Kyveta","th":"ภาชนะใส่สาร","tr":"Küvet","uk":"Кювета","uz":"Kyuvetta","vi":"Cuvette","zh_CN":"小槽"}}},"projects":[{"id":116,"name":"html/beers-law-lab","simulations":[{"a11yFeatures":[0,1,5,7],"alignmentIds":[],"allLocalesSimURL":"/sims/html/beers-law-lab/latest/beers-law-lab_all.html","altImageCount":2,"cheerpjVersion":"","communityPublicationTime":0,"createTime":1376632800000,"credits":{"designTeam":"Julia Chamberlain (lead)<br/>Chris Malley (developer)<br/>Kelly Lancaster<br/>Emily B. Moore<br/>Ariel Paul<br/>Kathy Perkins<br/>Amy Rouinfar<br/>Diana López Tavares<br/>Nancy Salpepi","libraries":"base64-js-1.2.0.js<br/>big-6.2.1.mjs<br/>FileSaver-b8054a2.js<br/>flatqueue-1.2.1.js<br/>fluent-bundle-0.18.0<br/>font-awesome-4.5.0<br/>fontawesome-free-5.15.2-desktop<br/>he-1.1.1.js<br/>himalaya-1.1.0.js<br/>jama-1.0.2<br/>jquery-2.1.0.js<br/>linebreak-1.1.0.js<br/>lodash-4.17.4.js<br/>paper-js-0.12.17.js<br/>peggy-3.0.2.js<br/>pegjs-0.7.0.js<br/>seedrandom-2.4.2.js<br/>TextEncoderLite-3c9f6f0.js<br/>","thanksTo":"Royal Society of Chemistry"},"designTeam":"Julia Chamberlain (lead)<br/>Chris Malley (developer)<br/>Kelly Lancaster<br/>Emily B. Moore<br/>Ariel Paul<br/>Kathy Perkins<br/>Amy Rouinfar<br/>Diana López Tavares<br/>Nancy Salpepi","hasPrototype":false,"highGradeLevel":3,"id":156,"isCommunity":false,"isHydrogen":true,"isNew":0,"isPhetStudio":true,"isPrototype":false,"keywordIds":[41,62,79,136,199,201,202,203,229,231,232,410,411,413,418,431,432,433,434,435],"legacyType":"java","libraries":"base64-js-1.2.0.js<br/>big-6.2.1.mjs<br/>FileSaver-b8054a2.js<br/>flatqueue-1.2.1.js<br/>fluent-bundle-0.18.0<br/>font-awesome-4.5.0<br/>fontawesome-free-5.15.2-desktop<br/>he-1.1.1.js<br/>himalaya-1.1.0.js<br/>jama-1.0.2<br/>jquery-2.1.0.js<br/>linebreak-1.1.0.js<br/>lodash-4.17.4.js<br/>paper-js-0.12.17.js<br/>peggy-3.0.2.js<br/>pegjs-0.7.0.js<br/>seedrandom-2.4.2.js<br/>TextEncoderLite-3c9f6f0.js<br/>","licenseUrls":["http://creativecommons.org/licenses/by-nc/4.0/","http://creativecommons.org/licenses/GPL/2.0/"],"localizedSimulations":{"af":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_af.html","id":15543,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_af.html","simPageUrl":"/af/simulations/beers-law-lab","title":"Beer's Law Lab","videoUrl":"https://player.vimeo.com/video/158690795"},"am":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_am.html","id":12074,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_am.html","simPageUrl":"/am/simulations/beers-law-lab","title":"የቢር ህግ","videoUrl":"https://player.vimeo.com/video/158690795"},"ar":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ar.html","id":6120,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ar.html","simPageUrl":"/ar/simulations/beers-law-lab","title":"مختبر قانون بير","videoUrl":"https://player.vimeo.com/video/158690795"},"ar_MA":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ar_MA.html","id":12167,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ar_MA.html","simPageUrl":"/ar_MA/simulations/beers-law-lab","title":"تجربة قانون بير Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"ar_SA":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ar_SA.html","id":12191,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ar_SA.html","simPageUrl":"/ar_SA/simulations/beers-law-lab","title":"Beer's Law Lab","videoUrl":"https://player.vimeo.com/video/158690795"},"az":{"description":"\"Şüşə nə qədər qalın olsa, dəm bir o qədər qaranlıq olarsa, keçən işıq da bir o qədər az olar.\" Rəngarəng konsentratlaşdırılmış və durulaşdırılmış məhlullar hazırlayın və virtual spektrofotometrdən istifadə edərək onların nə qədər işığı udub və ötürdüyünü araşdırın!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_az.html","id":14130,"isCheerpj":false,"learningGoals":"Məhlulun həcm və miqdarının məhlul sıxlığı ilə olan əlaqəsini təsvir edin.<br/>Məhlulun rəngi və sıxlığı arasındakı əlaqəni keyfiyyət mövqeyindən izah edin.<br/>Məhlul sıxlığının aşağıdakıları əlavə etdikdə və ya çıxardıqda necə dəyişəcəyini proqnozlaşdırın və izah edin: Su, həlledici və/və ya həll olan<br/>Məhlulların sıxlığını molyar kəmiyyətlə (mol/l) hesablayın.<br/>Verilmiş sıxlıqda məhlul yaratmaq prosedurunu tərtib edin.<br/>Məhlulun nə zaman doyduğunu müəyyən edin və məhlul sıxlığının aşağıdakıları əlavə etdikdə və ya çıxardıqda necə dəyişəcəyini proqnozlaşdırın: Su, həlledici və/və ya həll olan.<br/>Məhlul sıxlığı ilə udulmuş/ötürülmüş işığın intensivliyinin arasındakı əlaqəni təsvir edin.<br/>Udulma, molyar udma qabiliyyəti, yol uzunluğu və Beerin qanunundakı sıxlığın arasındakı əlaqəni təsvir edin.<br/>Udulmuş/ötürülmüş işığın intensivliyinin məhlul tipinə, məhlulun sıxlığına, qabın eninə və ya işığın mənbəyinə görə necə dəyişəcəyini proqnozlaşdırın və səbəbini izah edin.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_az.html","simPageUrl":"/az/simulations/beers-law-lab","teachersGuide":"/teachers-guide/beers-law-lab-html-guide_az.pdf","title":"Buger-Lambert-Ber qanunu laboratoriyası","videoUrl":"https://player.vimeo.com/video/158690795"},"bg":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_bg.html","id":10717,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_bg.html","simPageUrl":"/bg/simulations/beers-law-lab","title":"Закон на Беер","videoUrl":"https://player.vimeo.com/video/158690795"},"bn":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_bn.html","id":13085,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_bn.html","simPageUrl":"/bn/simulations/beers-law-lab","title":"বিয়ারের সূত্রঃ ল্যাব ","videoUrl":"https://player.vimeo.com/video/158690795"},"bs":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_bs.html","id":7220,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_bs.html","simPageUrl":"/bs/simulations/beers-law-lab","title":"Lаmber-Berov zаkon (Lambert-Beer)","videoUrl":"https://player.vimeo.com/video/158690795"},"ca":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ca.html","id":11229,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ca.html","simPageUrl":"/ca/simulations/beers-law-lab","title":"Laboratori de la llei de Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"cs":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_cs.html","id":8620,"isCheerpj":false,"learningGoals":"Describe the relationships between volume and amount of solute to solution concentration<br/>Explain qualitatively the relationship between solution color and concentration<br/>Predict and explain how solution concentration will change for adding or removing: water, solute, and/or solution<br/>Calculate the concentration of solutions in units of molarity (mol/L)<br/>Design a procedure for creating a solution of a given concentration<br/>Identify when a solution is saturated and predict how concentration will change for adding or removing: water, solute, and/or solution<br/>Describe the relationship between the solution concentration and the intensity of light that is absorbed/transmitted<br/> Describe the relationship between absorbance, molar absorptivity, path length, and concentration in Beer’s Law<br/> Predict how the intensity of light absorbed/transmitted will change with changes in solution type, solution concentration, container width, or light source, and explain why","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_cs.html","simPageUrl":"/cs/simulations/beers-law-lab","title":"Laboratoř pro Lambertův-Beerův zákon","videoUrl":"https://player.vimeo.com/video/158690795"},"da":{"description":"\"Jo tykkere glas, jo mørkere bryg, desto mindre lys passerer der igennem\". Lav farverige koncentrerede og fortyndede opløsninger og opdag hvor meget lys de absorberer og leder igennem, ved hjælp af et virtuelt spektrofotometer!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_da.html","id":6052,"isCheerpj":false,"learningGoals":"Beskrive forholdet mellem volumen og mængden af opløst stof med opløsningens koncentration<br/>Forklare kvalitativt, forholdet mellem opøsning, farve og koncentration<br/>Forudsige og forklare hvordan opløsningens koncentration vil ændre sig ved at tilføje eller fjerne: vand, opløst stof og/eller opløsning<br/> Beregne koncentrationen af opløsningen som enheder af molariteten (mol/L)<br/> Designe en procedure til at fremstille en opløsning med en given koncentration<br/>Identificere hvornår en opløsning er mættet og forudsige hvordan koncentrationen vil ændre sig ved tilføjelse eller fjernelse af: vand, opløst og/eller opløsningen <br/>Beskrive forholdet mellem opløsningens koncentration og intensiteten af det lys der absorberes/overføres<br/>Beskrive forholdet mellem absorbans, molær absorptionskoefficient, vejlængde, og koncentration i Beers lov<br/>Forudsige hvordan intensiteten af lyset som blev absorberet/transmitteret, vil ændre sig med ændringen i opløsnings type, opløsningens koncentration, container bredde eller lyskilde, og forklare hvorfor","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_da.html","simPageUrl":"/da/simulations/beers-law-lab","title":"Beers lovlab","videoUrl":"https://player.vimeo.com/video/158690795"},"de":{"description":"\"Je dicker das Glas, je dunkler das Gebräu, desto weniger Licht kommt hindurch\"<br/> “The thicker the glass, the darker the brew, the less the light that passes through.” Stellen Sie bunte konzentrierte und verdünnte Lösungen her und messen Sie mit einer virtuellen Spektralphotometer, wie viel Licht diese absorbieren bzw. hindurchlassen,","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_de.html","id":7136,"isCheerpj":false,"learningGoals":"Beschreiben Sie die Beziehungen zwischen dem Volumen und der Menge des gelösten Stoffes und der Konzentration der Lösung.<br/>Erklären Sie qualitativ die Beziehung zwischen der Farbe der Lösung und der Konzentration.<br/>Erklären, wie sich die Konzentration der Lösung ändert durch: Hinzufügen oder Entfernen von Wasser, gelöstem Stoff, Lösung.<br/>Berechnen Sie die Konzentration von Lösungen in der Einheit der Molarität (mol/L).<br/>Stellen Sie eine Lösung mit einer bestimmten Konzentration her.<br/>Erkennen Sie, wenn eine Lösung gesättigt ist und sagen Sie voraus, wie sich dann die Konzentration der Lösung ändert durch: Hinzufügen oder Entfernen von Wasser, gelöstem Stoff, Lösung.<br/>Beschreiben Sie die Beziehung zwischen der Konzentration der Lösung und der Intensität des adsorbierten bzw. hindurchgelassenen Lichts.<br/>Beschreiben Sie die Beziehung zwischen Extinktion, molaren Extinktionskoeffizienten, Weglänge und Konzentration (LAMBERT-BEERsches Gesetz).<br/>Erklären Sie, wie und warum sich die Intentität des adsorbierten/hindurchgelassenen Lichts verändert bei Änderung von: Art der Lösung, Konzentration der Lösung, Dicke der Küvette, Lichtquelle.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_de.html","simPageUrl":"/de/simulations/beers-law-lab","title":"Lambert-Beer's Absorptionslabor","videoUrl":"https://player.vimeo.com/video/158690795"},"el":{"description":"Σύντομα θα υπάρχει περιγραφή.","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_el.html","id":6734,"isCheerpj":false,"learningGoals":"Περιγράψτε τη σχέση ανάμεσα στον όγκο και τη συγκέντρωση του διαλύματος<br/> Εξηγήστε ποιοτικά τη σχέση ανάμεσα στο χρώμα του διαλύματος και τη συγκέντρωση <br/> Προβλέψτε και εξηγήστε πως θα μεταβληθεί η συγκέντρωση του διαλύματος με την προσθήκη ή αφαίρεση νερού, διαλύτη ή ποσότητας διαλύματος <br/> Υπολογίστε την τιμή της συγκεντρωσης σε μονάδες molarity (mol/L) <br/>Σχεδιάστε μια διδαδικασία για τη δημιουργία διαλύματος δοσμένης συγκέντρωσης <br/> Αναγνωρίστε πότε ένα διάλυμα θα κορεστεί και προβλέψτε πως θα μεταβληθεί η συγκέντρωση αν προσθέσουμε ή αφαιρέσουμε νερό ή ποσότητα διαλυματος <br/> Περιγράψτε τη σχέση ανάμεσα στη συγκέντρωση του διαλύματος και την ένταση του φωτός που εκπέμπεται/απορροφάται <br/> Περιγράψτε τη σχέση ανάμεσα στην απορροφητικότητα, μοριακή απορροφητικότητα, μήκος διαδρομής και συγκέντρωση στον νόμο του Beer. Προβλέψτε πως θα μεταβληθεί η ένταση του εκπεμπόμενου ή απορροφούμενου φωτός, αν μεταβληθεί το είδος του διαλύματος, η συγκέντρωση, το πλάτος του δοχείου και η πηγή του φωτός και εξηγήστε γιατί.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_el.html","simPageUrl":"/el/simulations/beers-law-lab","title":"Εργαστήριο του Νόμου του Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"en":{"description":"“The thicker the glass, the darker the brew, the less the light that passes through.” Make colorful concentrated and dilute solutions and explore how much light they absorb and transmit using a virtual spectrophotometer!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_en.html","id":5986,"isCheerpj":false,"learningGoals":"Describe the relationships between volume and amount of solute to solution concentration<br/>Explain qualitatively the relationship between solution color and concentration<br/>Predict and explain how solution concentration will change for adding or removing: water, solute, and/or solution<br/>Calculate the concentration of solutions in units of molarity (mol/L)<br/>Design a procedure for creating a solution of a given concentration<br/>Identify when a solution is saturated and predict how concentration will change for adding or removing: water, solute, and/or solution<br/>Describe the relationship between the solution concentration and the intensity of light that is absorbed/transmitted<br/> Describe the relationship between absorbance, molar absorptivity, path length, and concentration in Beer’s Law<br/> Predict how the intensity of light absorbed/transmitted will change with changes in solution type, solution concentration, container width, or light source, and explain why","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_en.html","simPageUrl":"/en/simulations/beers-law-lab","teachersGuide":"/teachers-guide/beers-law-lab-html-guide_en.pdf","title":"Beer's Law Lab","videoUrl":"https://player.vimeo.com/video/158690795"},"es":{"description":"\"Cuanto más grueso sea el vidrio y más oscura sea la infusión, menos luz pasará a través de él\". ¡Haz soluciones coloridas concentradas y diluidas y explora cuánta luz absorben y transmiten usando un espectrofotómetro virtual!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_es.html","id":7366,"isCheerpj":false,"learningGoals":"Describe las relaciones entre volumen y cantidad de soluto y la concentración de solución. <br/> Explica cualitativamente la relación entre el color de la solución y la concentración. <br/> Predice y explica cómo la concentración de la solución va a cambiar al añadir o retirar: agua, soluto, y / o solución. <br/> Calcula la concentración de las soluciones en unidades de molaridad (mol / L). <br/> Diseña un procedimiento para la creación de una solución de una determinada concentración. <br/> Identifica cuándo una solución está saturada y predice cómo va a cambiar la concentración al añadir o retirar: agua, soluto, y / o solución. <br/> Describe la relación entre la concentración de la solución y la intensidad de la luz que es absorbida / transmitida. <br/> Describe la relación entre la absorbancia, absortividad molar, longitud de trayectoria, y concentración en la Ley de Beer.<br/> Predice cómo la intensidad de la luz absorbida / transmitida va a cambiar con los cambios en el tipo de solución, concentración de la solución, el ancho del contenedor, o fuente de luz, y explica por qué.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_es.html","simPageUrl":"/es/simulations/beers-law-lab","teachersGuide":"/teachers-guide/beers-law-lab-html-guide_es.pdf","title":"Lab de la ley de Beer","videoUrl":"https://www.youtube.com/embed/Oi-pDvBnVTI"},"es_ES":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_es_ES.html","id":7739,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_es_ES.html","simPageUrl":"/es_ES/simulations/beers-law-lab","title":"Laboratorio de la ley de Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"es_MX":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_es_MX.html","id":7650,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_es_MX.html","simPageUrl":"/es_MX/simulations/beers-law-lab","teachersGuide":"/teachers-guide/beers-law-lab-html-guide_es_MX.pdf","title":"Lab de la Ley de Beer","videoUrl":"https://www.youtube.com/embed/Oi-pDvBnVTI"},"es_PE":{"description":"\"Cuanto más grueso es el vidrio, más oscura es la infusión, menos luz atraviesa\". ¡Haga soluciones concentradas y diluidas coloridas y explore cuánta luz absorben y transmiten utilizando un espectrofotómetro virtual!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_es_PE.html","id":6050,"isCheerpj":false,"learningGoals":"Describe las relaciones entre volumen y la cantidad de soluto de la concentración de solución <br/> Explicar cualitativamente la relación entre el color de la solución y la concentración <br/> Predecir y explicar cómo la concentración de la solución va a cambiar al añadir o retirar: agua, soluto, y / o solución <br/> Calcular la concentración de las soluciones en unidades de molaridad (mol / L) <br/> Diseñar un procedimiento para la creación de una solución de una determinada concentración <br/> Identificar cuándo una solución está saturada y predecir cómo va a cambiar la concentración al añadir o retirar: agua, soluto, y / o solución <br/> Describir la relación entre la concentración de la solución y la intensidad de la luz que es absorbida / transmitida <br/> Describir la relación entre la absorbancia, absortividad molar, longitud de trayectoria, y concentración en la Ley de Beer <br/> Predecir cómo la intensidad de la luz absorbida / transmitida va a cambiar con los cambios en el tipo de solución, concentración de la solución, el ancho contenedor, o fuente de luz, y explicar por qué","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_es_PE.html","simPageUrl":"/es_PE/simulations/beers-law-lab","title":"Laboratorio de la Ley de Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"et":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_et.html","id":7087,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_et.html","simPageUrl":"/et/simulations/beers-law-lab","title":"Beeri seadus","videoUrl":"https://player.vimeo.com/video/158690795"},"eu":{"description":"\"Zenbat eta lodiagoa izan edalontzia, orduan eta ilunagoa izan edalontzia, orduan eta argi gutxiago igarotzen da\". Sortu disoluzio kontzentratu eta diluitu koloretsuak eta arakatu zenbat argi xurgatzen eta transmititzen duten espektrofotometro birtual baten bidez!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_eu.html","id":7613,"isCheerpj":false,"learningGoals":"Deskribatu bolumenaren eta disoluzioaren kantitatearen arteko erlazioak disoluzio-kontzentrazioarekin<br/>Azaldu kualitatiboki disoluzioaren kolorearen eta kontzentrazioen arteko erlazioa<br/>Aurreikusi eta azaldu nola aldatuko den disoluzioaren kontzentrazioa gehitzean edo kentzean: ura, solutua eta/edo disoluzioa. <br/>Kalkulatu disoluzioen kontzentrazioa molaritate unitateetan (mol/L)<br/>Kontzentrazio jakin bateko disoluzioa sortzeko prozedura bat diseinatu<br/>Identifikatu disoluzio bat noiz saturatu den eta aurreikusi nola aldatuko den kontzentrazioa. gehitzea edo kentzea: ura, solutua eta/edo disoluzioa<br/>Deskribatu disoluzioaren kontzentrazioa eta xurgatzen/transmititzen den argiaren intentsitatearen arteko erlazioa. Kontzentrazioa Beer-en Legean<br/>Aurreikusi xurgatutako/transmititutako argiaren intentsitatea nola aldatuko den disoluzio mota, disoluzio-kontzentrazioa, edukiontziaren zabalera edo argi-iturriaren aldaketekin, eta azaldu zergatik.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_eu.html","simPageUrl":"/eu/simulations/beers-law-lab","title":"Beer-en legea","videoUrl":"https://player.vimeo.com/video/158690795"},"fa":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_fa.html","id":6191,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_fa.html","simPageUrl":"/fa/simulations/beers-law-lab","title":"آزمایش قانون بیر","videoUrl":"https://player.vimeo.com/video/158690795"},"fa_DA":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_fa_DA.html","id":15139,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_fa_DA.html","simPageUrl":"/fa_DA/simulations/beers-law-lab","title":"Beer's Law Lab","videoUrl":"https://player.vimeo.com/video/158690795"},"fi":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_fi.html","id":6598,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_fi.html","simPageUrl":"/fi/simulations/beers-law-lab","title":"Beerin laki","videoUrl":"https://player.vimeo.com/video/158690795"},"fr":{"description":"\"Plus épais est le verre, plus sombre est le breuvage, moins la lumière passe à travers.\" Faire des solutions colorées concentrées et diluées et explorer la quantité de lumière qu'ils absorbent et transmettent à l'aide d'un spectrophotomètre virtuel!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_fr.html","id":6242,"isCheerpj":false,"learningGoals":"Décrire les relations entre le volume et la quantité de soluté et la concentration de la solution <br/> Expliquer qualitativement la relation entre la couleur de la solution et la concentration <br/> Prédire et expliquer comment la concentration de la solution va changer par ajout ou retrait: d'eau, de soluté, et/ou de solution <br/> Calculer la concentration des solutions en unités de molarité (mol/l) <br/> Concevoir une procédure de création d'une solution d'une concentration donnée <br/> Déterminer quand une solution est saturée et prédire comment la concentration va changer par ajout ou retrait: d'eau, de soluté, et/ou de solution <br/> Décrire la relation entre la concentration de la solution et l'intensité de la lumière qui est absorbée/ émise <br/> Décrire la relation entre l'absorbance, l'absorbance molaire, la longueur du trajet, et la concentration dans la loi de Beer <br/> Prédire comment l'intensité de la lumière absorbée/transmise va changer avec les changements dans le type de solution, la concentration de la solution, la largeur du conteneur, ou la source de lumière, et expliquer pourquoi.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_fr.html","simPageUrl":"/fr/simulations/beers-law-lab","title":"Laboratoire Loi de Beer-Lambert","videoUrl":"https://player.vimeo.com/video/158690795"},"ga":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ga.html","id":8457,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ga.html","simPageUrl":"/ga/simulations/beers-law-lab","title":"Saotharlann Dlí Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"gl":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_gl.html","id":8697,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_gl.html","simPageUrl":"/gl/simulations/beers-law-lab","title":"Lab Lei de Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"gu":{"description":"\"ગ્લાસ જેટલો જાડો, તેટલો ઘાટો ઉકાળો, તેટલો ઓછો પ્રકાશ જેમાંથી પસાર થાય છે.\" રંગબેરંગી સંકેન્દ્રિત અને પાતળું સોલ્યુશન્સ બનાવો અને વર્ચ્યુઅલ સ્પેક્ટ્રોફોટોમીટરનો ઉપયોગ કરીને તેઓ કેટલો પ્રકાશ શોષી અને પ્રસારિત કરે છે તેનું અન્વેષણ કરો!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_gu.html","id":11729,"isCheerpj":false,"learningGoals":"સોલ્યુશનની સાંદ્રતા અને દ્રાવણની માત્રા વચ્ચેના સંબંધોનું વર્ણન કરો<br/>સોલ્યુશનના રંગ અને સાંદ્રતા વચ્ચેના સંબંધને ગુણાત્મક રીતે સમજાવો<br/>ઉમેરવા અથવા દૂર કરવા માટે ઉકેલની સાંદ્રતા કેવી રીતે બદલાશે તેની આગાહી કરો અને સમજાવો: પાણી, દ્રાવ્ય અને/અથવા ઉકેલ <br/>મોલેરિટી (mol/L) ના એકમોમાં ઉકેલોની સાંદ્રતાની ગણતરી કરો<br/>આપેલ સાંદ્રતાનું સોલ્યુશન બનાવવા માટેની પ્રક્રિયા ડિઝાઇન કરો<br/>સોલ્યુશન ક્યારે સંતૃપ્ત થાય છે તે ઓળખો અને અનુમાન કરો કે સાંદ્રતા કેવી રીતે બદલાશે ઉમેરવું અથવા દૂર કરવું: પાણી, દ્રાવ્ય, અને/અથવા દ્રાવણ<br/>સોલ્યુશનની સાંદ્રતા અને શોષિત/પ્રસારિત થતી પ્રકાશની તીવ્રતા વચ્ચેના સંબંધનું વર્ણન કરો<br/> શોષકતા, દાઢ શોષકતા, માર્ગની લંબાઈ અને વચ્ચેના સંબંધનું વર્ણન કરો બીયરના કાયદામાં સાંદ્રતા<br/> સોલ્યુશનના પ્રકાર, સોલ્યુશન સાંદ્રતા, કન્ટેનરની પહોળાઈ અથવા પ્રકાશ સ્ત્રોતમાં ફેરફાર સાથે શોષિત/પ્રસારિત પ્રકાશની તીવ્રતા કેવી રીતે બદલાશે તેની આગાહી કરો અને શા માટે સમજાવો","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_gu.html","simPageUrl":"/gu/simulations/beers-law-lab","title":"બીયરનો નિયમ ","videoUrl":"https://player.vimeo.com/video/158690795"},"ha":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ha.html","id":13058,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ha.html","simPageUrl":"/ha/simulations/beers-law-lab","title":"lab din dokan Beer ","videoUrl":"https://player.vimeo.com/video/158690795"},"hi":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_hi.html","id":8014,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_hi.html","simPageUrl":"/hi/simulations/beers-law-lab","title":"बीयर्स के नियम की प्रयोगशाला ","videoUrl":"https://player.vimeo.com/video/158690795"},"hr":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_hr.html","id":13800,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_hr.html","simPageUrl":"/hr/simulations/beers-law-lab","title":"Beer's Law Lab","videoUrl":"https://player.vimeo.com/video/158690795"},"ht":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ht.html","id":11230,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ht.html","simPageUrl":"/ht/simulations/beers-law-lab","title":"Laboratwa Lwa Byè","videoUrl":"https://player.vimeo.com/video/158690795"},"hu":{"description":"\"Ha tömény a meggyszörp, s a pohár széles fajta, még az erős fény is alig jut át rajta.\" Készíts töményebb és hígabb színes oldatokat. A virtuális spektrofotométer segítségével megmérheted, hogy mennyi fényt nyelnek el, ill. mennyi fényt bocsátanak át a készített oldatok.","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_hu.html","id":7208,"isCheerpj":false,"learningGoals":"Írja le, hogyan függ az oldat koncentrációja a térfogattól és az oldott anyag mennyiségétől<br/>Magyarázza el kvalitatív módon, hogyan függ az oldat színe a koncentrációtól<br/>Jósolja meg és magyarázza el, hogyan változik az oldat koncentrációja, ha a következők mennyiségét növeli vagy csökkenti: víz, oldott anyag és/vagy oldat<br/>Számítsa ki oldatok koncentrációját molaritásban (mol/L)<br/>Tervezzen egy eljárást adott koncentrációjú oldat előállítására<br/>Az oldat telített voltának felismerése. Jósolja meg, hogyan változik a koncentráció, ha a következők mennyiségét növeli vagy csökkenti: víz, oldott anyag és/vagy oldat<br/>Írja le, hogyan befolyásolja az oldat koncentrációja az abszorbeált, ill. átbocsátott fény intenzitását<br/>A Lambert–Beer-törvény segítségével írja le a kapcsolatot az abszorbancia, a moláris abszorbancia, az optikai úthossz és a koncentráció között.<br/> Jósolja meg, hogyan változik az elnyelt/átbocsátott fény intenzitása, ha a következőket megváltoztatjuk: az oldat fajtája vagy koncentrációja, a küvetta (folyadéktartó) vastagsága, ill. a fényforrás. Adjon indoklást is.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_hu.html","simPageUrl":"/hu/simulations/beers-law-lab","title":"Lambert–Beer Labor","videoUrl":"https://player.vimeo.com/video/158690795"},"ig":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ig.html","id":12563,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ig.html","simPageUrl":"/ig/simulations/beers-law-lab","title":"Ụlọ Nyocha Iwu Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"in":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_in.html","id":8698,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_in.html","simPageUrl":"/in/simulations/beers-law-lab","title":"Hukum Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"is":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_is.html","id":16128,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_is.html","simPageUrl":"/is/simulations/beers-law-lab","title":"Lögmál Beers","videoUrl":"https://player.vimeo.com/video/158690795"},"it":{"description":"\"Più spesso è il vetro, più scura è la birra, minore è la luce che passa attraverso.\" Crea soluzioni colorate concentrate e diluite e sperimenta quanta luce assorbono e trasmettono usando uno spettrofotometro virtuale!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_it.html","id":6091,"isCheerpj":false,"learningGoals":"Descrivere le relazioni tra volume e quantità di soluto nella soluzione concentrata.<br/>Spiegare qualitativamente la relazione tra colore della soluzione e concentrazione<br/>Fare una previsione e spiegare come cambia la concentrazione della soluzione aggiungendo o togliendo: acqua, soluto, e/o soluzione<br/>Calcolare la concentrazione della soluzione in unità di molarità (mol/L)<br/>Progettare una procedura per la creazione di una soluzione di data concentrazione<br/>Riconoscere quando una soluzione è satura e prevedere come cambierà la concentrazione aggiungendo o rimuovendo:acqua, soluto e/o soluzione<br/>Descrivere le relazioni tra concentrazione della soluzione e l'intensità della luce che è assorbita o trasmessa<br/>Descrivere le relazioni tra assorbanza, assorbimento molare, lunghezza del percorso e concentrazione nella legge di Beer<br/>Prevedere come l'intensità della luce assorbita o trasmessa cambia al variare del tipo di soluzione, della concentrazione della soluzione, della larghezza del contenitore, della sorgente luminosa, e spiegare perché.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_it.html","simPageUrl":"/it/simulations/beers-law-lab","teachersGuide":"/teachers-guide/beers-law-lab-html-guide_it.pdf","title":"Laboratorio sulla legge di Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"iw":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_iw.html","id":6929,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_iw.html","simPageUrl":"/iw/simulations/beers-law-lab","title":"מעבדת חוק בר","videoUrl":"https://player.vimeo.com/video/158690795"},"ja":{"description":"「グラスが厚ければ厚いほど、醸造したビール（beer）の色が濃ければ濃いほど、そこを通過する光は少ない。」カラフルな濃縮液と希釈液を作って、その液が吸収する光と透過する光の量を仮想の分光光度計を使って調べてみましょう！","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ja.html","id":8699,"isCheerpj":false,"learningGoals":"体積と溶質の量が溶液の濃度にどのように関係するのか説明します。<br/><br/><br/>溶液の色と濃度の関係を質的に説明します。<br/><br/><br/>水、溶質および/または溶液を加えたり減らしたりすると、どのように溶液の濃度が変化するのか予測して説明します。<br/><br/><br/>モル濃度（mol/L）で溶液の濃度を算出します。<br/><br/><br/>一定の濃度の溶液を作るための手順を作成します。<br/><br/><br/>溶液が飽和状態になった時を確認して、水、溶質および/または溶液を加えたり減らしたりすると、どのように濃度が変化するのか予測します。<br/><br/><br/>溶液の濃度と吸収された光と透過された光の強度の関係を説明します。<br/><br/><br/>吸光度、モル吸光率、光路長と濃度のベールの法則による関係を説明します。<br/><br/><br/>溶液の種類、溶液濃度、容器の厚さまたは光源の変化によって、吸収された光と透過された光の強度がどのように変わるか予測して、その理由を説明します。","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ja.html","simPageUrl":"/ja/simulations/beers-law-lab","title":"ベールの法則実験室","videoUrl":"https://player.vimeo.com/video/158690795"},"ka":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ka.html","id":8700,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ka.html","simPageUrl":"/ka/simulations/beers-law-lab","title":"ფოტოკოლორიმეტრიის ლაბორატორია","videoUrl":"https://player.vimeo.com/video/158690795"},"kk":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_kk.html","id":7992,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_kk.html","simPageUrl":"/kk/simulations/beers-law-lab","title":"Бэр заңы зертханасы","videoUrl":"https://player.vimeo.com/video/158690795"},"kn":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_kn.html","id":7008,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_kn.html","simPageUrl":"/kn/simulations/beers-law-lab","title":"ಬೀರ್ ಸೂತ್ರ ಪ್ರಯೋಗಾಲಯ","videoUrl":"https://player.vimeo.com/video/158690795"},"ko":{"description":"“유리가 두꺼울 수록 또 맥주가 진할 수록 통과되는 빛은 더 적다.” 다채롭고 다양한 농도의 용액을 만든 다음 분광계를 활용하여 빛이 얼마나 흡수되고 얼마나 통과되는지를 조사해본다.","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ko.html","id":6148,"isCheerpj":false,"learningGoals":"용질의 부피 및 양과 용액의 농도 사이의 관계를 설명한다. <br/><br/>용액의 색과 농도 사이의 관계를 정량적으로 설명한다.<br/><br/>물, 용질, 용액을 더하거나 제거함에 따른 용액의 농도 변화를 예상하고 설명한다.<br/><br/>용액의 농도를 몰농도의 단위(몰/L)로 계산한다.<br/><br/>특정 농도의 용액을 제조하는 절차를 설계한다. <br/><br/>용액이 포화된 것을 확인하고 물, 용질, 용액을 더하거나 제거함에 따라 용액의 농도가 어떻게 변화되는지를 예상한다. <br/><br/>용액의 농도와 통과/흡수되는 빛의 세기와의 관계를 설명한다. <br/><br/>Beer의 법칙에서 용액의 흡광도,몰흡광계수, 경로 길이, 농도 사이의 관계를 설명한다.<br/> <br/>흡수/통과되는 빛의 세기가 용액의 종류, 농도, 용기의 폭, 광원에 따라 어떻게 변화되는지와 그 이유를 설명한다.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ko.html","simPageUrl":"/ko/simulations/beers-law-lab","title":"베어의 법칙 실험","videoUrl":"https://player.vimeo.com/video/158690795"},"ku":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ku.html","id":14540,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ku.html","simPageUrl":"/ku/simulations/beers-law-lab","title":"یاسای بیەر","videoUrl":"https://player.vimeo.com/video/158690795"},"lg":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_lg.html","id":14005,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_lg.html","simPageUrl":"/lg/simulations/beers-law-lab","title":"Laabu ye'teeka lya Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"lo":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_lo.html","id":11231,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_lo.html","simPageUrl":"/lo/simulations/beers-law-lab","title":"Beer's Law Lab","videoUrl":"https://player.vimeo.com/video/158690795"},"lt":{"description":"\"Kuo storesnis stiklas ir tamsesnis mišinys, tuo mažiau šviesos gali praeiti.\" Darykite spalvingus koncentruotus bei atskiestus tirpalus ir, naudodami virtualų spektrofotometrą, tirkite, kiek daug šviesos jie sugeria bei perduoda!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_lt.html","id":10885,"isCheerpj":false,"learningGoals":"Apibūdinkite sąryšį tarp tirpalo tūrio, tirpinio kiekio ir tirpalo koncentracijos.<br/>Paaiškinkite sąryšį tarp tirpalo spalvos ir jo koncentracijos.<br/>Nuspėkite kaip keisis tirpalo koncentracija pridėjus ar atėmus vandens, tirpinio ir/ar tirpalo.<br/>Apskaičiuokite tirpalų koncentracijas molinės koncentracijos vienetais (mol/L).<br/>Sugalvokite eksperimentą norint pagaminti duotos koncentracijos tirpalą.<br/>Atpažinkite kada tirpalas yra sotusis ir nuspėkite kaip keisis jo koncentracija pridėjus ar atėmus vandens, tirpinio ir/ar tirpalo.<br/>Apibūdinkite šviesos kuri buvo sugerta ar praleista kiekio priklausomybę nuo tirpalo koncentracijos.<br/>Apibūdinkite sąryšį Bero Lamberto dėsnyje tarp sugerties, molinės sugerties, šviesos kelio ilgio ir koncentracijos.<br/>Nuspėkite kaip ir paaiškinkite kodėl keisis sugertos ar praleistos šviesos kiekis keičiantis tirpalo tipui, jo koncentracijai, indo pločiui ar šviesos šaltiniui","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_lt.html","simPageUrl":"/lt/simulations/beers-law-lab","title":"Bugerio-Lamberto-Bero dėsnio laboratorija","videoUrl":"https://player.vimeo.com/video/158690795"},"lv":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_lv.html","id":6437,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_lv.html","simPageUrl":"/lv/simulations/beers-law-lab","title":"Bēra likums","videoUrl":"https://player.vimeo.com/video/158690795"},"mi":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_mi.html","id":7452,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_mi.html","simPageUrl":"/mi/simulations/beers-law-lab","title":"Taiwhanga mō te Ture Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"mk":{"description":"\"Подебело стакло, потемен пијалак, толку помалку светлината која поминува.\" Направи шарени концентрирани и разредени раствори и истражи колку светлина тие апсорбираат и пренесуваат со користење на виртуелен спектрофотометар!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_mk.html","id":8701,"isCheerpj":false,"learningGoals":"Опишете ги односите меѓу волуменот и количина на растворливата супстанца во концентрацијата на растворот<br/>Објаснете го квалитативно односот помеѓу бојата на растворот и концентрацијата<br/>Предвиди и објасни како ќе се промени концентрација на растворот со додавање или отстранување на: вода, растворливата супстанца, и / или растворувач<br/>Пресметување на концентрацијата на растворите во единиците на моларност(mol / L)<br/>Направете постапката за креирање на раствор со дадена концентрација<br/>Утврдете кога растворот е заситен и да се предвиди како ќе се промени концентрација со додавање или отстранување на: вода,растворливата супстанца, и / или растворувач<br/>Опишете го односот меѓу концентрацијата на растворот и интензитетот на светлината која се апсорбира / пренесува<br/>Опишете го односот меѓу апсорпцијата, моларна апсорбивност, должината на патот и концентрација во Законот за Beer<br/>Предвидете како интензитетот на светлината се апсорбира / пренесува ќе се промени со промените во типот на растворот, концентрацијата на растворот, ширина на садот, извор на светлина, и објасни зошто","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_mk.html","simPageUrl":"/mk/simulations/beers-law-lab","title":"Ламбер-Беров закон (Lambert-Beer)","videoUrl":"https://player.vimeo.com/video/158690795"},"mn":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_mn.html","id":9708,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_mn.html","simPageUrl":"/mn/simulations/beers-law-lab","title":"Бийрийн хуулийн Лаб","videoUrl":"https://player.vimeo.com/video/158690795"},"mr":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_mr.html","id":7581,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_mr.html","simPageUrl":"/mr/simulations/beers-law-lab","title":"बिअर्स नियमाची प्रयोगशाळा","videoUrl":"https://player.vimeo.com/video/158690795"},"ms":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ms.html","id":11498,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ms.html","simPageUrl":"/ms/simulations/beers-law-lab","title":"Makmal Hukum Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"mt":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_mt.html","id":14760,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_mt.html","simPageUrl":"/mt/simulations/beers-law-lab","title":"Ninvestigaw Beer's Law","videoUrl":"https://player.vimeo.com/video/158690795"},"nb":{"description":"“Jo tykkere glasset er og jo mørkere brygget er, dess mindre lys kommer gjennom”. Lag fargerike konsentrerte og fortynnede løsninger og undersøke hvor mye lys de absorberer og sender ut ved hjelp av et virtuelt spektrofotometer!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_nb.html","id":6672,"isCheerpj":false,"learningGoals":"Beskriv hva volum og stoffmengde har å si for konsentrasjonen i en løsning<br/>Beskriv kvalitativt sammenhengen mellom fargen på en løsning og konsentrasjonen<br/>Forutsi og forklar hvordan en løsnings konsentrasjon vil endres når vi tilfører eller fjerner: vann, løst stoff, og/eller løsning<br/>Beregn molariteten av konsentrasjonen i løsninger som mol/l<br/>Beskriv en prosedyre som å lage en løsning med en gitt konsentrasjon<br/>Bestem når en løsning er mettet, og forutsi hvordan konsentrasjonen vil endres når vi tilfører eller fjerner: vann, løst stoff og/eller løsning<br/>Beskriv sammenhengen mellom konsentrasjonen i en løsning og intensiteten av lys som blir absorbert/transmittert<br/>Beskriv sammenhengen mellom absorbans, molar absorptivitet, veilengde og konsentrasjon i Beers lov<br/>Forutsi hvordan intensiteten av lys som blir absorbert/transmittert vil endres med endringer i løsningstype, løsningens konsentrasjon, hvor vid beholderen er, lyskilden og forklar hvorfor","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_nb.html","simPageUrl":"/nb/simulations/beers-law-lab","title":"Beers lov laboratorium","videoUrl":"https://player.vimeo.com/video/158690795"},"nl":{"description":"“Hoe dikker het glas, te donkerder is het brouwsel, hoe minder licht gaat erdoor.” Maak gekleurde geconcentreerde en verdunde oplossingen en onderzoek hoeveel licht geabsorbeerd en er door gaat met een virtuele spectrofotometer.","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_nl.html","id":6538,"isCheerpj":false,"learningGoals":"Beschrijf de relatie tussen volume en hoeveelheid opgeloste stof en concentratie van de oplossing.<br/>Verklaar kwalitatief de relatie tussen de kleur van een oplossing en de concentratie.<br/>Voorspel en verklaar hoe de concentratie zal veranderen door toevoegen of verwijderen van: water, opgeloste stof of oplossing<br/>Bereken de concentratie in molariteit (mol/l)<br/>Ontwerp een procedure om een oplossing met een gegeven concentratie te maken.<br/>Herken wanneer een oplossing verzadigd is en voorspel hoe de concentratie zal veranderen bij het toevoegen of verwijderen van: water, opgeloste stof of oplossing<br/>Beschrijf de relatie tussen de concentratie en de doorgelaten of geabsorbeerde lichtintensiteit.<br/> Beschrijf de relatie tussen absorptie, molaire absorptie, weglengte en concentratie in de Wet van Beer.<br/> Voorspel hoe geabsorbeerde/doorgelaten intensiteit zal veranderen, wanneer type oplossing, concentratie, breedte van de houder, of lichtbron verandert en verklaar je antwoord.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_nl.html","simPageUrl":"/nl/simulations/beers-law-lab","title":"Wet van Beer lab","videoUrl":"https://player.vimeo.com/video/158690795"},"ny":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ny.html","id":13939,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ny.html","simPageUrl":"/ny/simulations/beers-law-lab","title":"Lamulo la Mowa","videoUrl":"https://player.vimeo.com/video/158690795"},"om":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_om.html","id":12838,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_om.html","simPageUrl":"/om/simulations/beers-law-lab","title":"Yaalii Seera Biirsii","videoUrl":"https://player.vimeo.com/video/158690795"},"or":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_or.html","id":8702,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_or.html","simPageUrl":"/or/simulations/beers-law-lab","title":"Beer's Law Lab","videoUrl":"https://player.vimeo.com/video/158690795"},"pl":{"description":"“Im grubsze szkło, ciemniejszy napar, tym mniej światła przez niego przechodzi” Stwórz kolorowe roztwory o różnym stężeniu i zbadaj, za pomocą wirtualnego spektrofotometru, ile światła pochłaniają, a ile przepuszczają!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_pl.html","id":6081,"isCheerpj":false,"learningGoals":"Opisz zależności między objętością a ilością substancji rozpuszczonej w stosunku do stężenia roztworu<br/>Wyjaśnij jakościowo zależność między kolorem roztworu a stężeniem<br/>Przewiduj i wyjaśnij, jak zmieni się stężenie roztworu po dodaniu lub usunięciu: wody, substancji rozpuszczonej i/lub roztworu<br/>Oblicz stężenie roztworów w jednostkach molowych (mol/l)<br/>Zaprojektuj procedurę tworzenia roztworu o zadanym stężeniu<br/>Określ, kiedy roztwór jest nasycony i przewiduj, jak zmieni się stężenie po dodaniu lub usunięciu: wody, substancji rozpuszczonej i/lub roztworu<br/>Opisz zależność między stężeniem roztworu a natężeniem światła, które jest pochłaniane/przepuszczane<br/>Opisz zależność między absorbancją, absorpcją molową, długością toru i stężeniem w prawie Beera<br/>Przewiduj, jak zmieni się intensywność pochłanianego/przepuszczanego światła wraz ze zmianami typu roztworu, stężenia roztworu, szerokości pojemnika lub źródła światła i wyjaśnij, dlaczego","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_pl.html","simPageUrl":"/pl/simulations/beers-law-lab","teachersGuide":"/teachers-guide/beers-law-lab-html-guide_pl.pdf","title":"Prawo Beera","videoUrl":"https://player.vimeo.com/video/158690795"},"ps":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ps.html","id":14982,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ps.html","simPageUrl":"/ps/simulations/beers-law-lab","title":"Beer's Law Lab","videoUrl":"https://player.vimeo.com/video/158690795"},"pt":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_pt.html","id":9308,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_pt.html","simPageUrl":"/pt/simulations/beers-law-lab","title":"Laboratório da Lei de Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"pt_BR":{"description":"“Quanto mais espesso o vidro, quanto mais escura a cerveja, menos luz passa por ela.” Crie soluções concentradas e diluídas bem coloridas e explore quanta luz elas absorverão e transmitirão usando um espectrofotômetro virtual!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_pt_BR.html","id":6061,"isCheerpj":false,"learningGoals":"Descrever as relações entre volume e quantidade de soluto com a concentração da solução.<br/>Explicar qualitativamente a relação entre a cor da solução e sua concentração.<br/>Prever e explicar como a concentração da solução muda ao adicionar ou remover: água, soluto, e/ou solução.<br/>Calcular a concentração de soluções em unidades de molaridade (mol/L).<br/>Conceber um procedimento para a criação de uma solução de uma dada concentração.<br/>Identificar quando uma solução está saturada e prever como a concentração muda ao adicionar ou remover: água, soluto, e/ou solução.<br/>Descrever a relação entre a concentração da solução e a intensidade da luz que é absorvida/transmitida.<br/> Descrever a relação entre absortividade absorvância molar, comprimento do caminho, e concentração em Lei de Beer<br/> Prever como a intensidade da luz absorvida / transmitida mudará com mudanças no tipo de solução, a concentração da solução, a largura, no recipiente ou fonte de luz, e explicar porque","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_pt_BR.html","simPageUrl":"/pt_BR/simulations/beers-law-lab","title":"Laboratório da Lei de Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"ro":{"description":"\"Cu cât sticla este mai groasă, cu cât este mai întunecată, cu atât mai puțină lumină trece prin ea.\" Faceți soluții concentrate și diluate colorate și explorați câtă lumină absorb și transmit cu ajutorul unui spectrofotometru virtual!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ro.html","id":11508,"isCheerpj":false,"learningGoals":"Să descrie relațiile dintre volumul și cantitatea de solut și concentrația soluției<br/>Să explice calitativ relația dintre culoarea soluției și concentrație<br/>Să prezică și să explice cum se va modifica concentrația soluției în cazul adăugării sau eliminării de: apă, solut și/sau soluție.<br/>Să calculeze concentrația soluțiilor în unități de molaritate (mol/L)<br/>Să conceapă o procedură de obținere a unei soluții cu o concentrație dată.<br/>Să identifice momentul în care o soluție este saturată și să prezică modul în care se va modifica concentrația în cazul adăugării sau eliminării de: apă, solut și/sau soluție.<br/>Să descrie relația dintre concentrația soluției și intensitatea luminii absorbite/transmise.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ro.html","simPageUrl":"/ro/simulations/beers-law-lab","title":"Laborator pentru legea lui Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"ru":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ru.html","id":7877,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ru.html","simPageUrl":"/ru/simulations/beers-law-lab","title":"Растворы","videoUrl":"https://player.vimeo.com/video/158690795"},"rw":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_rw.html","id":13633,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_rw.html","simPageUrl":"/rw/simulations/beers-law-lab","title":"Laboratwari y'Itegeko rya Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"sh":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sh.html","id":7923,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sh.html","simPageUrl":"/sh/simulations/beers-law-lab","title":"Ламбер-Беров закон","videoUrl":"https://player.vimeo.com/video/158690795"},"si":{"description":"“වීදුරුව ඝනකම වැඩි වන තරමට, සාරය අඳුරු පැහැ වේ, එතුළින් ගමන් ගන්නා ආලෝකය අඩුවෙ.” සාන්ද්ර සහ තනුක වර්ණවත් ද්රාවණ සාදා, ඒවා මගින් අවශෝෂණය කරගන්නා හා ඒවා තුළින් ගමන් ගන්නා ආලෝක ප්රමාණය ආලෝක වර්ණාවලි මානය ආධාරයෙන් ගවේෂණය කරන්න!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_si.html","id":6797,"isCheerpj":false,"learningGoals":"ද්රාව්යයෙන් ද්රාවණයට සාන්ද්රණය සහ පරිමාව අතර සම්බන්ධය පැහැදිළි කරන්න<br/>ද්රාවණ පැහැය සහ සාන්ද්රණය අතර සම්බන්ධතාවය ප්රමාණාත්මකව පැහැදිළි කරන්න.<br/>ජලය, ද්රාව්යය සහ/හෝ ද්රාවණය එකතු කිරීමේදී/ඉවත් කිරීමේදී ද්රාවණ සාන්ද්රණය වෙනස් වන අන්දම පුරෝකථනය කොට පැහැදිළි කරන්න.<br/>ද්රාවණවල සාන්ද්රණය මෞලීයතා ඒකක (මෞල/ලීටර) මගින් ගණනය කරන්න.<br/>දෙනලද සාන්ද්රණයෙන් යුත් ද්රාවණයක් සාදන ක්රියා පිළිවෙල සැලසුම් කරන්න.<br/>Iද්රාවනයක් සංතෘප්ත වන අවස්ථාව හඳුනාගෙන, ජලය, ද්රාව්යය සහ/හෝ ද්රාවණය එකතු කිරීමේදී/ඉවත් කිරීමේදී සාන්ද්රණය වෙනස් වන අන්දම පුරෝකථනය කරන්න. <br/>ද්රාවණයේ සාන්ද්රණය සහ උරාගන්නා/ගමන් ගන්නා ආලෝකයේ තීව්රතාවය අතර සම්බන්ධතාවය පැහැදිළි කරන්න.<br/> අවශෝෂ්යතාවය, මෞලික අවශෝෂකතාව, පථයේ දිග සහ බියර්ගේ නියමයේ සාන්ද්රණය අතර සම්බන්ධතාවය පැහැදිළි කර පැහැදිළි කරන්න.<br/> උරාගන්නා/ගමන් ගන්නා ආලෝකයේ තීව්රතාවය, දාවණ වර්ගයේ, ද්රාවණ සාන්ද්රණයේ, බඳුනේ ගැඹුර, හෝ ආලෝක ප්රභවයේ වෙනස්වීමි සමග , උරාගන්නා/ගමන් ගන්නා ආලෝකයේ තීව්රතාවය වෙනස් වන අන්දම පුරෝකථනය කර හේතු පැහැදිළි කරන්න.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_si.html","simPageUrl":"/si/simulations/beers-law-lab","title":"බියර්ගේ නියමය: විද්යාගාරයේදී","videoUrl":"https://player.vimeo.com/video/158690795"},"sk":{"description":"\"Čím je hrubšie sklo, tým je tmavšie, pretože tým menej svetla prepúšťa.\" Vytvorte farebné zhustené alebo zriedené roztoky a pomocou virtuálneho fotometra preskúmajte koľko svetla pohltia alebo prepustia!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sk.html","id":6509,"isCheerpj":false,"learningGoals":"Popísať vzťah medzi objemom a množstvom rozpustenej látky a koncentráciou roztoku. <br/>Vysvetliť kvalitatívne vzťah medzi farbou roztoku a koncentráciou. <br/>Predvídať a vysvetliť, ako sa zmení koncentrácia roztoku pri pridaní alebo odobratí: vody, rozpustenej látky a (alebo) roztoku. <br/>Výpočet koncentrácie roztokov v jednotkách (mol / l). <br/>Navrhnúť postup na vytvorenie roztoku danej koncentrácie. <br/>Určiť, kedy je roztok nasýtený a predvídať, ako sa bude meniť koncentrácie pri pridaní alebo odobratí: vody, rozpustenej látky a (alebo) roztoku. <br/>Popísať vzťah medzi koncentráciou roztoku a intenzitou svetla, ktoré je absorbované alebo prepúšťané. <br/>Opísať vzťah medzi absorpciou svetla, koncentráciou látkového množstva a dĺžkou absorbujúcej vrstvy v Lambertovom – Beerovom zákone. <br/>Predvídať, ako sa bude meniť intenzita absorbovaného alebo prepusteného svetla pri zmene rozpustenej látky, koncentrácii roztoku, šírky nádoby alebo svetelného zdroja a vedieť to vysvetliť.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sk.html","simPageUrl":"/sk/simulations/beers-law-lab","title":"Lambertov-Beerov zákon","videoUrl":"https://player.vimeo.com/video/158690795"},"sl":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sl.html","id":8703,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sl.html","simPageUrl":"/sl/simulations/beers-law-lab","title":"Laboratorij za Beerov zakon","videoUrl":"https://player.vimeo.com/video/158690795"},"sq":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sq.html","id":10422,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sq.html","simPageUrl":"/sq/simulations/beers-law-lab","title":"Laboratori i ligjit të Beer-it","videoUrl":"https://player.vimeo.com/video/158690795"},"sr":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sr.html","id":7924,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sr.html","simPageUrl":"/sr/simulations/beers-law-lab","title":"Ламбер-Беров закон (Lambert-Beer)","videoUrl":"https://player.vimeo.com/video/158690795"},"st":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_st.html","id":13356,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_st.html","simPageUrl":"/st/simulations/beers-law-lab","title":"Molao oa joala ka lebong","videoUrl":"https://player.vimeo.com/video/158690795"},"sv":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sv.html","id":8704,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sv.html","simPageUrl":"/sv/simulations/beers-law-lab","title":"Beers lag laboration","videoUrl":"https://player.vimeo.com/video/158690795"},"sw":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sw.html","id":6616,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_sw.html","simPageUrl":"/sw/simulations/beers-law-lab","title":"Maabara ya Seria ya Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"ta":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ta.html","id":6898,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ta.html","simPageUrl":"/ta/simulations/beers-law-lab","title":"பீர் விதி ஆய்வகம்","videoUrl":"https://player.vimeo.com/video/158690795"},"te":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_te.html","id":6095,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_te.html","simPageUrl":"/te/simulations/beers-law-lab","title":"Beer's Law Lab","videoUrl":"https://player.vimeo.com/video/158690795"},"tg":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_tg.html","id":11632,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_tg.html","simPageUrl":"/tg/simulations/beers-law-lab","title":"Лабораторияи ҳуқуқи пиво","videoUrl":"https://player.vimeo.com/video/158690795"},"th":{"description":"“แก้วที่หนากว่า เหล้าที่เข้มกว่า แสงที่น้อยกว่าถึงจะผ่านได้” ทำให้สีมีความเข้มข้นแล้วเจือจางสารละลายแล้วสืบเสาะว่ามีแสงที่ถูกดูดกลืนและส่องผ่านเท่าไหร่เมื่อใช้เครื่องสเปกโตรโฟโตมิเตอร์แบบเสมือนจริง","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_th.html","id":6456,"isCheerpj":false,"learningGoals":"อธิบายความสัมพันธ์ระหว่างปริมาตรและปริมาณตัวละลายต่อความเข้มข้นของสารละลายได้<br/>อธิบายความสัมพันธ์ระหว่างสีของสารละลายและความเข้มข้นได้<br/>ทำนายและอธิบายความเข้มข้นของสารละลายจะเปลี่ยนแปลงอย่างไรเมื่อเติมหรือขจัด : น้ำ ตัวละลาย และ/หรือสารละลาย<br/>คำนวณความเข้มข้นของสารละลายในหน่วยโมลาริตี (mol/L)<br/>ออกแบบขั้นตอนที่ทำให้ได้สารละลายที่มีความเข้มข้นที่กำหนดให้<br/>ระบุได้เมื่อสารละลายอิ่มตัวและทำนายว่าความเข้มข้นของสารละลายจะเปลี่ยนแปลงอย่างไรเมื่อเติมหรือขจัด :น้ำ ตัวละลาย และ/หรือสารละลาย<br/>อธิบายความสัมพันธ์ระหว่างความเข้มข้นของสารละลายและความเข้มของแสงที่ถูกดูดกลืนและส่องผ่านได้<br/>อธิบายความสัมพันธ์ระหว่างค่าการดูดกลืนแสง โมลาร์แอบซอบติวิตี้ ระยะทางที่แสงส่องผ่าน และความเข้มข้นในกฎของเบียร์<br/>ทำนายว่าความเข้มของแสงที่ถูกดูดกลืนและส่องผ่านจะมีการเปลี่ยนแปลงอย่างไรเมื่อมีการเปลี่ยนแปลงชนิดของสารละลาย ความเข้มข้นของสาร ความกว้างของภาชนะ หรือ แหล่งกำเนิดแสง และอธิบายเหตุผลได้","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_th.html","simPageUrl":"/th/simulations/beers-law-lab","title":"ปฏิบัติการทดลองกฎของเบียร์","videoUrl":"https://player.vimeo.com/video/158690795"},"ti":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ti.html","id":14643,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_ti.html","simPageUrl":"/ti/simulations/beers-law-lab","title":"Beer's Law Lab","videoUrl":"https://player.vimeo.com/video/158690795"},"tk":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_tk.html","id":8705,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_tk.html","simPageUrl":"/tk/simulations/beers-law-lab","title":"Ber kanuny","videoUrl":"https://player.vimeo.com/video/158690795"},"tn":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_tn.html","id":12166,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_tn.html","simPageUrl":"/tn/simulations/beers-law-lab","title":"Ntlwana ya tekeletso ya molawana wa ga Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"tr":{"description":"\"Cam ne kadar kalınsa, dem o kadar koyu, içinden geçen ışık o kadar az olur.\" Renkli, derişik ve seyreltik çözeltiler yapın ve sanal bir spektrofotometre kullanarak ne kadar ışık emip geçirdiklerini keşfedin!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_tr.html","id":7476,"isCheerpj":false,"learningGoals":"Hacim ve çözünen madde miktarı ile çözelti derişimi arasındaki ilişkileri tanımlar.<br/>Çözelti rengi ile derişim arasındaki ilişkiyi nitel olarak açıklar.<br/>Su, çözünen madde ve/veya çözelti eklemek veya çıkarmak için çözelti derişiminin nasıl değişeceğini tahmin eder ve açıklar.<br/>Molarite birimleri (mol/L) cinsinden çözeltilerin derişimini hesaplar.<br/>Belirli bir derişimde bir çözelti oluşturmak için bir prosedür tasarlar.<br/>Bir çözeltinin ne zaman doygun olduğunu belirleyin ve su, çözünen madde ve/veya çözelti ekleyerek ve çıkararak derişimin nasıl değişeceğini tanımlar.<br/>Çözelti derişimi ile emilen/geçirilen ışığın şiddeti arasındaki ilişkiyi tanımlar.<br/>Beer Yasası'nda emilim, molar emilim, yol uzunluğu ve derişim arasındaki ilişkileri açıklar.<br/>Soğurulan/geçirilen ışığın şiddetinin çözelti türü, derişimi, kap genişliği veya ışık kaynağındaki değişikliklerle nasıl değişeceğini tahmin eder ve nedenini açıklar.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_tr.html","simPageUrl":"/tr/simulations/beers-law-lab","teachersGuide":"/teachers-guide/beers-law-lab-html-guide_tr.pdf","title":"Beer's Kanunu Laboratuvarı","videoUrl":"https://player.vimeo.com/video/158690795"},"tw":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_tw.html","id":12063,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_tw.html","simPageUrl":"/tw/simulations/beers-law-lab","title":"Beer Mmera Lab","videoUrl":"https://player.vimeo.com/video/158690795"},"uk":{"description":"\"Чим товще скло, тим менше світла проходить\". Створіть кольорові концентровані та розведені розчини та досліджуйте, скільки світла вони поглинають та передають за допомогою віртуального спектрофотометра!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_uk.html","id":10617,"isCheerpj":false,"learningGoals":"Опишіть співвідношення між об'ємом і кількістю розчиненої речовини в концентрації розчину <br/> Якісно поясніть зв'язок між кольором розчину і концентрацією <br/> передбачте і поясніть, як концентрація розчину буде змінюватися при додаванні або видаленні: води, розчиненої речовини та/або рідини <br/> Розрахуйте концентрації розчинів в одиницях молярності (моль/л) <br/> Опишіть процедуру створення розчину даної концентрації <br/> Визначте, коли розчин насичений і передбачте, як концентрація мінятиметься при додаванні чи видаленні: води, розчину, та/або речовини<br/> описати взаємозв'язок між концентрацією розчину і інтенсивністю світла, яке поглинається/відбивається <br/> Опишіть співвідношення між абсорбцією, молярним коефіцієнтом поглинання, довжиною шляху, і концентрацією в Законі Бера <br/> Передбачте, як інтенсивність світла, поглинутого/відбитого буде змінюватися зі змінами розчину, концентрацією розчину, шириною контейнера, або пр зміні джерела світла, і поясніть, чому","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_uk.html","simPageUrl":"/uk/simulations/beers-law-lab","teachersGuide":"/teachers-guide/beers-law-lab-html-guide_uk.pdf","title":"Закон Бера","videoUrl":"https://player.vimeo.com/video/158690795"},"uz":{"description":"\"Shisha qanchalik qalinroq bo‘lsa, pivo qanchalik quyuqroq bo‘lsa, yorug‘lik shunchalik kam o‘tadi.\" Rangli konsentrlangan va suyultirilgan eritmalar yarating va virtual spektrofotometr yordamida ular qancha yorug‘likni yutishini va o‘tkazishini o‘rganing!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_uz.html","id":10946,"isCheerpj":false,"learningGoals":"Eritmaning hajmi va miqdori va eritma konsentratsiyasi o‘rtasidagi bog‘liqlikni tasvirlang<br/>Eritma rangi va konsentratsiyasi o‘rtasidagi bog‘liqlikni sifat jihatidan tushuntiring<br/> Suv, erigan modda va/yoki eritmani qo‘shish yoki olib tashlash eritma konsentratsiyasini qanday o‘zgartirishini taxmin qiling va tushuntiring<br/>Eritmalarning konsentratsiyasini molyar birliklarda (mol/L) hisoblang<br/>Ma'lum konsentratsiyali eritmani yaratish tartibini ishlab chiqing<br/>Eritma qachon to‘yinganligini aniqlang va suv, erigan modda va/yoki eritmani qo‘shish yoki olib tashlash konsentratsiyaga qanday ta'sir qilishini taxmin qiling <br/>Eritma konsentratsiyasi va so‘rilgan/uzatiladigan yorug‘lik intensivligi o‘rtasidagi bog‘liqlikni tasvirlang<br/> Ber qonunidagi yutilish, molyar yutilish, yo‘l uzunligi va konsentratsiya o‘rtasidagi bog‘liqlikni tasvirlab bering.<br/> Eritma turi, eritma konsentratsiyasi, idish kengligi yoki yorug‘lik manbasining o‘zgarishi bilan so‘rilgan/uzatilgan yorug‘lik intensivligi qanday o‘zgarishini taxmin qiling va sababini tushuntiring.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_uz.html","simPageUrl":"/uz/simulations/beers-law-lab","teachersGuide":"/teachers-guide/beers-law-lab-html-guide_uz.pdf","title":"Ber qonuni laboratoriyasi","videoUrl":"https://player.vimeo.com/video/158690795"},"vi":{"description":"“Ly càng dầy, bia càng sậm màu, càng có ít ánh sáng truyền qua.” Dùng Phổ quang kế ảo để quan sát sự hấp thu và sự truyền qua của ánh sáng khi thay đổi nồng độ hoặc khi pha loãng dung dịch!","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_vi.html","id":6054,"isCheerpj":false,"learningGoals":"Mô tả mối liên hệ giữa thể tích dung dịch và lượng chất tan.<br/>Giải thích định tính mối liên hệ giữa màu sắc và nồng độ dung dịch.<br/>Tiên đoán và giải thích sự thay đổi của nồng độ dung dịch khi thêm hay bớt: nước, chất tan hay dung dịch.<br/>Tính nồng độ dung dịch theo đơn vị mol/l.<br/>Thiết kế quy trình để tạo ra dung dịch có nồng độ đã cho.<br/>Xác định thời điểm dung dịch bão hoà và tiên đoán sự thay đổi nồng độ khi thêm hay bớt: nước, chất tan hay dung dịch.<br/>Mô tả mối liên hệ giữa nồng độ dung dịch và cường độ ánh sáng bị hấp thu hay truyền qua.<br/>Mô tả mối liên hệ giữa năng suất hấp thu, hệ số hấp thu phân tử, quang lộ, và nồng độ trong định luật Beer.<br/>Tiên đoán và giải thích sự thay đổi của cường độ ánh sáng bị hấp thu hay truyền qua khi thay đổi loại dung dịch, nồng độ dung dịch, bề rộng bình chứa, nguồn sáng.","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_vi.html","simPageUrl":"/vi/simulations/beers-law-lab","title":"Định luật Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"yo":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_yo.html","id":11386,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_yo.html","simPageUrl":"/yo/simulations/beers-law-lab","title":"Òfin Ogbẹ́ni Beer","videoUrl":"https://player.vimeo.com/video/158690795"},"zh_CN":{"description":"“玻璃越厚，质地越暗，穿过的光越少。”制作浓度不同的溶液，并用虚拟分光光度计探究它们可以吸收、传播多少光。","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_zh_CN.html","id":6666,"isCheerpj":false,"learningGoals":"定性解释溶液颜色与浓度间的关系。<br/>预测并解释增减水、溶质或溶剂时，溶液浓度如何变化。<br/>以摩尔浓度（mol/L）为单位计算溶液浓度。<br/>设计一个程序：给定浓度时，配制出相应溶液。<br/>分辨饱和溶液并预测增减水、溶质或溶液时，浓度如何变化。<br/>描述光的吸收率、及传播率与溶液浓度间的关系。<br/>描述吸光度、摩尔吸光系数、路径长度及比尔定律浓度间的关系。<br/>预测并解释溶液类型、溶液浓度、容器宽度、光源如何影响光的吸收和传播。","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_zh_CN.html","simPageUrl":"/zh_CN/simulations/beers-law-lab","title":"比尔定律实验","videoUrl":"https://player.vimeo.com/video/158690795"},"zh_TW":{"description":"「當玻璃越厚，或是內容物顏色越深時，可以穿透的光線就越少」。準備濃的溶液以及稀釋的溶液，並使用模擬的分光光度計，研究光線在不同濃度的溶液會有多少被吸收，多少會穿透。<br/><br/>翻譯者：<br/>江易原 (2012)<br/><br/>HTML5 版本之翻譯：<br/>翁佳驥 (2016~)","downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_zh_TW.html","id":6102,"isCheerpj":false,"learningGoals":"●說明溶質的體積和數量和溶液濃度之間的關係<br/>●解釋溶液的顏色和濃度之間的關係<br/>●預測若添加或減少水、溶質或濃度，溶液的濃度將作何變化<br/>●以莫耳濃度計算溶液的濃度<br/>●做出指定濃度的溶液<br/>●分辨溶液是否達到飽和，並預測添加或減少水、溶質或濃度會對飽和度有甚麼影響<br/>●說明吸光度或透光度對溶液濃度有甚麼影響<br/>●說明比爾定律中吸光度、莫耳吸光係數、路徑長度和濃度之間的關係<br/>●預測吸收/發射光的強度會如何隨溶液型的溶液濃度、容器的寬度或光源做變化，並解釋為什麼","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_zh_TW.html","simPageUrl":"/zh_TW/simulations/beers-law-lab","title":"Beer's Law Lab_比爾定律","videoUrl":"https://player.vimeo.com/video/158690795"},"zu":{"downloadUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_zu.html","id":14670,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/html/beers-law-lab/latest/beers-law-lab_zu.html","simPageUrl":"/zu/simulations/beers-law-lab","title":"ilebhu yomthetho ka Beer","videoUrl":"https://player.vimeo.com/video/158690795"}},"lowGradeLevel":2,"lreTerms":[],"name":"beers-law-lab","phetStudioPublicationTime":1741932000000,"phetioVersion":"1.8","prototypeTime":0,"relatedSimulations":[51,110,115,120,130,132,159,168,169,180],"scienceLiteracyMapKeys":[],"secondaryAlignmentIds":[527,528,529,530,542,544,550,627,639,640,645,649,651],"subjects":[13,19],"thanksTo":"Royal Society of Chemistry","topicIds":[62,199,202,231,431,432,433,434],"updateTime":1782281161944}],"type":2,"version":{"dev":7,"major":1,"minor":8,"string":"1.8.7","timestamp":0}}]}}
