{"pageTitles":{"ActivitiesPage":"Activities","ActivityContributionGuidelinesPage":"Activity Contribution Guidelines","AppsForSchoolsPage":"Ikastetxeetarako aplikazioak","BrowsePanel":"Arakatu","ChangeEmailPage":"Aldatu zure PhET helbide elektronikoa","ChangePasswordPage":"Aldatu zure PhET pasahitza","CreateActivityPage":"Contribute an Activity","EditActivityPage":"Edit an Activity","EditProfilePage":"Editatu profila","EmailChangeConfirmedPage":"Helbide elektronikoa berretsi da","ErrorPage":"PhET Website Error","ForgottenPasswordPage":"Berrezarri zure pasahitza","IndexPage":"PhET: Simulazio libreak online Fisika, Kimika, Biologia, Lurraren zientzia eta Matematikarako","JoinLicensePage":"Join a PhET Studio License","LicensingPage":"Licensing Information","LoginPage":"Izena eman","MyBookmarksPanel":"My Bookmarks","MyContributionsPanel":"My Contributions","MyPhetStudioLicensePage":"My PhET Studio License","MyPresetsPanel":"My Presets","NotFoundPage":"Not Found","PaymentDetailsPage":"Payment Details","PhetSimulationsSuffixString":"PhET Simulations","PhetStudioPage":"PhET Studio","ProfessionalLearningPage":"Professional Learning with PhET","ResendEmailConfirmationPage":"Berriro bidali posta elektronikoaren berrespena","ResetPasswordPage":"Berrezarri pasahitza","SimulationPage":"Simulazioak","SimulationsBrowsePage":"Arakatu","SimulationsCustomizePage":"Customize","SimulationsFilterPage":"Iragazki","SpinnerPage":"Loading","StandbyModeErrorPage":"Standby","TeachingWithPhetRoutes":"Teaching with PhET","TranslatedSimsPage":"Itzuli Simulazioak","TranslationCreditsPage":"HTML5 Itzulpen-kreditoak","VirtualWorkshopLandingPage":"Virtual Workshops"},"notFoundSimulationName":null,"simulationMetadata":{"alignments":[],"categories":{"4":{"childrenIds":[5,6,7,8,9,10,11],"id":4,"name":"physics","parent":1,"simulationIds":[1,2,3,4,5,6,7,8,9,10,11,13,14,15,16,17,18,19,20,21,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,39,40,41,42,43,44,45,46,47,49,50,52,55,56,58,59,63,64,65,66,67,68,69,70,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,98,99,101,103,104,105,107,108,109,110,111,115,117,126,127,128,136,137,138,145,146,148,153,155,157,158,160,161,162,164,166,167,169,172,175,176,177,178,180,187,188,189,190,191,193,194,203,204,205,206,207,217,219,224,225,226,227,228,229,230,231,232,233,235,237,238,245,246,247,248,249,250,253,255,256,259,260,262,263,265,266,267,268,269,270,271,272,274,1276],"strings":[{"en":"Physics"},{"mn":"Физик"},{"ka":"ფიზიკა"},{"mr":"भौतिकशास्त्र"},{"ku":"فیزیا"},{"fi":"Fysiikka"},{"in":"Fisika"},{"et":"Füüsika"},{"be":"Фізіка"},{"nn":"Fysikk"},{"gl":"Física"},{"bs":"Fizika"},{"zh_CN":"物理"},{"pt":"Física"},{"ku_TR":"Fîzîk"},{"nl":"Fysica"},{"mk":"Физика"},{"de":"Physik"},{"el":"Φυσική"},{"nb":"Fysikk"},{"fa":"فیزیک"},{"zh_TW":"物理"},{"hu":"Fizika"},{"lt":"Fizika"},{"uk":"Фізика"},{"th":"ฟิสิกส์"},{"hr":"Fizika"},{"si":"භොතික විද්යාව"},{"ja":"物理"},{"az":"Fizika"},{"uz":"Fizika"},{"sk":"Fyzika"},{"fr":"Physique"},{"sr":"Физика"},{"gu":"ભૌતિકવિજ્ઞાન"},{"cs":"Fyzika"},{"ko":"물리학"},{"eu":"Fisika"},{"ro":"Fizică"},{"tr":"Fizik"},{"es":"Física"},{"pt_BR":"Física"},{"it":"Fisica"},{"da":"Fysik"},{"pl":"Fizyka"},{"vi":"Vật lý"},{"es_PE":"Física"},{"ar_SA":"الفيزياء"}]},"10":{"childrenIds":[],"id":10,"name":"light-and-radiation","parent":4,"simulationIds":[9,11,21,23,24,28,30,33,35,36,37,39,42,43,56,58,65,79,80,84,110,115,146,158,169,180,225,227,231,245,246,255,271],"strings":[{"en":"Light & Radiation"},{"mn":"Гэрэл & Цацраг"},{"ka":"სინათლე & გამოსხივება"},{"mr":"प्रकाश आणि प्रारण"},{"ku":"تیشک و پرشنگ"},{"fi":"Valo ja säteily"},{"in":"Cahaya & Radiasi"},{"et":"Valgus & kiirgus"},{"be":"Святло і выпраменьванне"},{"nn":"Lys og stråling"},{"gl":"Luz e Radiación"},{"bs":"Svjetlost & Zračenje"},{"zh_CN":"光和辐射"},{"pt":"Luz & Radiação"},{"ku_TR":"Ronakî & Tîrêjdan"},{"nl":"Licht en straling"},{"mk":"Светлина & Радијација"},{"de":"Licht und Strahlung"},{"el":"Φως & Ακτινοβολία"},{"nb":"Lys og stråling"},{"fa":"نور و تابش"},{"zh_TW":"光與輻射"},{"hu":"Fény & sugárzások"},{"lt":"Šviesa ir radiacija"},{"uk":"Світло, випромінення"},{"th":"แสงสว่างและการแผ่รังสี"},{"hr":"Svjetlost i radijacija"},{"si":"අලෝකය සහ විස්තාරය :විකිරණ"},{"ja":"光と放射"},{"az":"İşıq və Radiasiya"},{"uz":"Yorug‘lik va Radiatsiya"},{"sk":"Svetlo a žiarenie"},{"fr":"Lumière & radiation"},{"sr":"Светлост & Зрачење"},{"gu":"પ્રકાશ અને રેડિયેશન"},{"cs":"Světlo a záření"},{"ko":"빛과 방사선"},{"eu":"Argia & Erradiazioa"},{"ro":"Lumină și radiație"},{"tr":"Işık & Radyasyon"},{"es":"Luz y Radiación"},{"pt_BR":"Luz & Radiação"},{"it":"Luce e radiazione"},{"da":"Lys & stråling"},{"pl":"Światło & Promieniowanie"},{"vi":"Ánh sáng & Bức xạ"},{"es_PE":"Luz & Radiación"},{"ar_SA":"الضوء والإشعاع"}]},"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"}]},"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":{"26":{"id":26,"key":"keyword.acceleration","strings":{"ar_SA":"التعجيل","az":"Təcil","be":"Паскарэнне","bs":"Ubrzanje","cs":"Zrychlení","da":"Acceleration","de":"Beschleunigung","el":"Επιτάχυνση","en":"Acceleration","es":"Aceleración","es_PE":"Aceleración","eu":"Azelerazioa","fa":"شتاب","fi":"Kiihtyvyys","fr":"Accélération","gl":"Aceleración","gu":"પ્રવેગ","hr":"Ubrzanje","hu":"Gyorsulás","in":"Percepatan","it":"Accelerazione","ja":"加速度","ka":"აჩქარება","ko":"가속도","ku":"لهز","ku_TR":"Lezandin","lt":"Pagreitis","mk":"Забрзување","mn":"Хурдатгал","mr":"त्वरण","nb":"Akselerasjon","nl":"Versnelling","nn":"Akselerasjon","pl":"Przyspieszenie","pt":"Aceleração","pt_BR":"Aceleração","ro":"Accelerație","si":"ත්වරණය","sk":"Zrýchlenie","sr":"Убрзање","th":"ความเร่ง","tr":"İvme","uk":"Прискорення","uz":"Tezlanish","vi":"Gia tốc","zh_CN":"加速度","zh_TW":"加速度"}},"50":{"id":50,"key":"keyword.polarization","strings":{"ar_SA":"الاستقطاب","az":"Polyarizasiya","be":"Палярызацыя","bs":"Polarizacija","cs":"Polarizace","da":"Polarisation","de":"Polarisation","el":"Πόλωση","en":"Polarization","es":"Polarización","es_PE":"Polarización","eu":"Polarizazioa","fa":"قطبش","fi":"Polarisaatio","fr":"Polarisation","gl":"Polarización","gu":"ધ્રુવીકરણ","hr":"Polarizacija","hu":"Polarizáció","in":"Polarisasi","it":"Polarizzazione","ja":"極性化","ka":"პოლარიზაცია","ko":"편광","ku":"جهمسهر گرتن","lt":"Poliarizacija","mk":"Поларизација","mn":"Туйлшрал","mr":"ध्रुवीकरण","nb":"Polarisering","nl":"Polarisatie","nn":"Polarisering","pl":"Polaryzacja","pt":"Polarização","pt_BR":"Polarização","ro":"Polarizare","si":"ධ්රැවීකරණය","sk":"Polarizácia","sr":"Поларизација","th":"โพลาไรเซชัน","tr":"Polarizasyon","uk":"Поляризація","uz":"Qutblanish","vi":"Sự phân cực","zh_CN":"偏振"}},"61":{"id":61,"key":"keyword.radiation","strings":{"ar_SA":"الإشعاع","az":"Radiasiya","be":"Выпраменьванне","bs":"Zračenje","cs":"Vyzařování","da":"Stråling","de":"Strahlung","el":"Ακτινοβολία","en":"Radiation","es":"Radiación","es_PE":"Radiación","eu":"Radiazioa","fa":"تابش","fi":"Säteily","fr":"Radiation","gl":"Radiación","gu":"રેડિયેશન","hr":"Radijacija","hu":"Sugárzás","in":"Radiasi","it":"Radiazione","ja":"放射","ka":"გამოსხივება","ko":"복사열","ku":"تیشکدانهوه","ku_TR":"Tîrêjdan","lt":"Radiacija","mk":"Зрачење","mn":"Радиац","mr":"प्रारण","nb":"Stråling","nl":"Straling","nn":"Stråling","pl":"Promieniowanie","pt":"Radiação","pt_BR":"Radiação","ro":"Radiație","si":"විකිරණ","sk":"Radiácia","sr":"Зрачење","th":"การแผ่รังสี","tr":"Radyasyon","uk":"Радіація","uz":"Nurlanish","vi":"Bức xạ","zh_CN":"放射"}},"66":{"id":66,"key":"keyword.electricField","strings":{"ar_SA":"المجال الكهربائي","az":"Elektrik sahəsi","be":"Электрычнае поле","bs":"Električno polje","cs":"Elektrické pole","da":"Elektrisk felt","de":"Elektrisches Feld","el":"Ηλεκτρικό πεδίο","en":"Electric Field","es":"Campo Eléctrico","es_PE":"Campo Eléctrico","eu":"Eremu elektrikoa","fa":"میدان الکتریکی","fi":"Sähkökenttä","fr":"Champ électrique","gl":"Campo Eléctrico","gu":"ઇલેક્ટ્રિક ફિલ્ડ","hr":"Električno polje","hu":"Elektromos (erő)tér","in":"Medan Elektrik","it":"Campo Elettrico","ja":"電界","ka":"ელექტრული ველი","ko":"전기장","ku":"مهیدانی کارهبایی","ku_TR":"Navenda Kareba","lt":"Elektrinis laukas","mk":"Електрично поле","mn":"Цахилгаан Орон","mr":"विद्युत क्षेत्र","nb":"Elektrisk felt","nl":"Elektrisch veld","nn":"Elektrisk felt","pl":"Pole elektryczne","pt":"Campo Elétrico","pt_BR":"Campo Elétrico","ro":"Câmp electric","si":"විදුලි ක්ෂේත්ර","sk":"Elektrické pole","sr":"Електрично поље","th":"สนามไฟฟ้า","tr":"Elektrik Alan","uk":"Електричне поле","uz":"Elektr Maydon","vi":"Điện trường","zh_CN":"电场","zh_TW":"電場"}},"69":{"id":69,"key":"keyword.pointCharge","strings":{"ar_SA":"شحنة نقطية","az":"Nöqtə yükü","be":"Пунктавы зарад","bs":"Tačkasto naelektrisanje","cs":"Bodový náboj","da":"Punktdiagram","de":"Punktladung","el":"Σημειακό φορτίο","en":"Point Charge","es":"Punto de Carga","es_PE":"Punto de Carga","eu":"Karga-puntua","fa":"بار نقطه ای","fi":"Pistevaraus","fr":"Charge ponctuelle","gl":"Carga Puntual","gu":"પોઈન્ટ ચાર્જ","hr":"Točkasti naboj","hu":"Ponttöltés","in":"Muatan Titik","it":"Punto di carica","ja":"点電荷","ka":"წერტილოვანი მუხტი","ko":"점전하","ku":"باری نوختهیی","ku_TR":"Barge Xal","lt":"Taškinis krūvis","mk":"Точкаст полнеж","mn":"Цэгэн Цэнэг","mr":"बिंदू भार","nb":"Punktladning","nl":"Puntlading","nn":"Punktladning","pl":"Ładunek punktowy","pt":"Carga Pontual","pt_BR":"Carga Pontual","ro":"sarcină punctiformă","si":"Point Charge","sr":"Тачкасто наелектрисање","th":"จุดประจุ","tr":"Noktasal Yük","uk":"Точковий заряд","uz":"Birlik Zaryad","vi":"Điện tích điểm","zh_CN":"点电荷"}},"81":{"id":81,"key":"keyword.monochromatic","strings":{"ar_SA":"الضوء الأحادي اللون","az":"Monoxrom işıqlar","be":"Монахраматычнае святло","bs":"Monohromatsko svjetlo","cs":"Monochromatické světlo","da":"Enkeltfarvet lys","de":"Monochromatisches Licht","el":"Μονοχρωματικό φως","en":"Monochromatic Light","es":"Luz Monocromática","es_PE":"Luz Monocromática","eu":"Argi monokromatikoa","fa":"نور تکفام","fi":"Monokromaattinen valo","fr":"Lumière monochromatique","gl":"Luz Monocromática","gu":"મોનોક્રોમેટિક લાઇટ","hr":"Monokromatska svjetlost","hu":"Monokromatikus fény","in":"Cahaya Monokromatik","it":"Luce monocromatica","ja":"単色光","ka":"მონოქრომული სინათლე","ko":"단색광","ku":"رووناکی تاقهرهنگ","lt":"Vienspalvė šviesa","mk":"Монохроматска светлина","mn":"Монохроматик Гэрэл","mr":"एकवर्णी प्रकाश","nb":"Monokromatisk lys","nl":"Monochromatisch licht","nn":"Monokromatisk lys","pl":"Światło monochromatyczne","pt":"Luz Monocromática","pt_BR":"Luz Monocromática","ro":"Lumină monocromatică","si":"ඒකවර්ණ ආලෝකය","sk":"Monochromatické svetlo","sr":"Монохроматско светло","th":"แสงสีเดียว","tr":"Tek Renkli Işık","uk":"Монохроматичне світло","uz":"Monoxromatik Yorug‘lik","vi":"Ánh sáng đơn sắc","zh_CN":"单色光"}},"135":{"id":135,"key":"keyword.harmonicMotion","strings":{"ar_SA":"الحركة التوافقية","az":"Harmonik hərəkət","be":"Гарманічны рух","bs":"Harmonijsko kretanje","cs":"Harmonické kmity","da":"Harmonisk bevægelse","de":"Harmonische Bewegung","el":"Αρμονική κίνηση","en":"Harmonic Motion","es":"Movimiento Harmónico","es_PE":"Movimiento Harmónico","eu":"Mugimendu harmonikoa","fa":"حرکت هماهنگ","fi":"Harmoninen liike","fr":"Mouvement harmonique","gl":"Movemento Harmónico","gu":"હાર્મોનિક ગતિ","hr":"Harmoničko gibanje","hu":"Harmonikus mozgás","in":"Gerak Harmonik","it":"Moto armonico","ja":"調和運動","ka":"ჰარმონიული მოძრაობა","ko":"조화운동","ku":"جووڵهی هاوساز","ku_TR":"Livîna Hevkêş","lt":"Harmoninis judėjimas","mk":"Хармонично движење","mn":"Гармоник Хөдөлгөөн","mr":"सहसंवादी गती","nb":"Harmonisk bevegelse","nl":"Harmonische beweging","nn":"Harmonisk rørsle","pl":"Ruch harmoniczny","pt":"Movimento Harmónico","pt_BR":"Movimento Harmônico","ro":"Mișcare armonică","si":"අනුවර්තී වලිතය","sk":"Harmonický pohyb","sr":"Хармонијско кретање","th":"การเคลื่อนที่แบบฮาร์โมนิค","tr":"Harmonik Hareket","uk":"Гармонічні коливання","uz":"Garmonik Harakat","vi":"Dao động điều hoà","zh_CN":"谐波运动"}},"137":{"id":137,"key":"keyword.amplitude","strings":{"ar_SA":"السعة","az":"Amplitud","be":"Амплітуда","bs":"Amplituda","cs":"Amplituda","da":"Amplitude","de":"Amplitude","el":"Πλάτος","en":"Amplitude","es":"Amplitud","es_PE":"Amplitud","eu":"Amplitudea","fa":"دامنه","fi":"Amplitudi","fr":"Amplitude","gl":"Amplitude","gu":"એમ્પલિટયૂડ","hr":"Amplituda","hu":"Amplitúdó","in":"Amplitudo","it":"Ampiezza","ja":"振幅","ka":"ამპლიტუდა","ko":"진폭","ku":"زۆروزهبهنهیی","ku_TR":"Firehî","lt":"Amplitudė","mk":"Амплитуда","mn":"Далайц","mr":"दोलविस्तार","nb":"Amplitude","nl":"Amplitude","nn":"Amplitude","pl":"Amplituda","pt":"Amplitude","pt_BR":"Amplitude","ro":"Amplitudine","si":"විස්තාරය","sk":"Amplitúda","sr":"Амплитуда","th":"แอมพลิจูด","tr":"Genlik","uk":"Амплітуда","uz":"Amplituda","vi":"Biên độ","zh_CN":"振幅","zh_TW":"振幅"}},"138":{"id":138,"key":"keyword.frequency","strings":{"ar_SA":"التكرار","az":"Tezlik","be":"Частата","bs":"Frekvencija","cs":"Frekvence","da":"Frekvens","de":"Frequenz","el":"Συχνότητα","en":"Frequency","es":"Frecuencia","es_PE":"Frecuencia","eu":"Maiztasuna","fa":"بسامد","fi":"Taajuus","fr":"Fréquence","gl":"Frecuencia","gu":"ફ્રેક્યુએનસી","hr":"Frekvencija","hu":"Frekvencia","in":"Frekuensi","it":"Frequenza","ja":"周波数","ka":"სიხშირე","ko":"진동수","ku":"فرێکانس","ku_TR":"Lere","lt":"Dažnis","mk":"Фреквенција","mn":"Давтамж","mr":"वारंवारता","nb":"Frekvens","nl":"Frequentie","nn":"Frekvens","pl":"Częstotliwość","pt":"Frequência","pt_BR":"Frequência","ro":"Frecvență","si":"සංඛ්යාත","sk":"Frekvencia","sr":"Фреквенција","th":"ความถี่","tr":"Frekans","uk":"Частота","uz":"Chastota","vi":"Tần số","zh_CN":"频率","zh_TW":"頻率"}},"176":{"id":176,"key":"keyword.fields","strings":{"ar_SA":"حقول","az":"Sahələr","be":"Палі","bs":"Polja","cs":"Pole","da":"Felter","de":"Felder","el":"Πεδία","en":"Fields","es":"Campos","es_PE":"Campos","eu":"Eremuak","fa":"میدان ها","fi":"Kentät","fr":"Champs","gl":"Campos","gu":"ફીલ્ડ્સ","hr":"Polja","hu":"Mezők (terek)","in":"Medan","it":"Campi","ja":"場","ka":"ველები","ko":"장","ku":"مهیدانهکان","ku_TR":"Qad","lt":"Laukai","mk":"Полиња","mn":"Орон","mr":"क्षेत्र","nb":"Felter","nl":"Velden","nn":"Felt","pl":"Pola","pt":"Campos","pt_BR":"Campos","ro":"Câmpuri","si":"ක්ෂේත්ර","sk":"Polia","sr":"Поља","th":"สนาม","tr":"Alanlar","uk":"Поля","uz":"Maydonlar","vi":"Trường","zh_CN":"字段"}},"187":{"id":187,"key":"keyword.linearMotion","strings":{"ar_SA":"حركة خطية","az":"Xətti hərəkət","be":"Паступальны рух","bs":"Linearno kretanje","cs":"Přímočarý pohyb","da":"Liniær bevægelse","de":"Lineare Bewegung","el":"Γραμμική κίνηση","en":"Linear Motion","es":"Movimiento Lineal","es_PE":"Movimiento Lineal","eu":"Mugimendu lineala","fa":"حرکت خطی","fi":"Suoraviivainen liike","fr":"Mouvement linéaire","gl":"Movemento lineal","gu":"લીનિયર મોશન","hr":"Pravocrtno gibanje","hu":"Egyenes vonalú mozgás","in":"Gerak Linier","it":"Moto Lineare","ja":"直線運動","ka":"წრფივი მოძრაობა","ko":"선형운동","ku":"جووڵهی رێک","ku_TR":"Livîna Rast","lt":"Tiesiaeigis judėjimas","mk":"Линеарно движење","mn":"Шугаман Хөдөлгөөн","mr":"रेषीय गति","nb":"Lineær bevegelse","nl":"Lineaire beweging","nn":"Lineær rørsle","pl":"Ruch prostoliniowy","pt":"Movimento Linear","pt_BR":"Movimento Linear","ro":"Mișcare rectilinie","si":"රේඛීය චලිතය","sk":"Lineárny Pohyb","sr":"Линеарно кретање","th":"การเคลื่อนที่เชิงเส้น","tr":"Doğrusal Hareket","uk":"Прямолінійний рух","uz":"Chiziqli Harakat","vi":"Chuyển động thẳng","zh_CN":"直线运动"}},"194":{"id":194,"key":"keyword.simpleHarmonicMotion","strings":{"ar_SA":"الحركة التوافقة البسيطة","az":"Sadə harmonik hərəkət","be":"Просты гарманічны рух","bs":"Linearno harmonijsko kretanje","cs":"Jednoduchý harmonický pohyb","da":"Simpel harmonisk bevægelse","de":"Einfache harmonische Bewegung","el":"Απλή αρμονική ταλάντωση","en":"Simple Harmonic Motion","es":"Movimiento armónico Simple","es_PE":"Movimiento armónico Simple","eu":"Mugimendu sinple harmonikoa","fa":"حرکت هماهنگ ساده","fi":"Yksinkertainen harmoninen liike","fr":"Mouvement harmonique simple","gl":"Movemento Harmónico Simple","gu":"સરળ હાર્મોનિક ગતિ","hr":"Jednostavno harmoničko gibanje","hu":"Egyszerű harmonikus mozgás","in":"Gerak Harmonik Sederhana","it":"Moto armonico semplice","ja":"単調和運動","ka":"მარტივი ჰარმონიული რხევები","ko":"단순 조화운동","ku":"جووڵهی هاوسازی ساکار","ku_TR":"Livîna Hevkêş a Hêsan","lt":"Paprastasis harmoninis judėjimas","mk":"Едноставно движење на хармониците","mn":"Энгийн Гармоник Хөдөлгөөн","mr":"साधी सह्संवादी गती","nb":"Ren harmonisk bevegelse","nl":"Eenvoudige harmonische beweging","nn":"Rein harmonisk rørsle","pl":"Ruch harmoniczny prosty","pt":"Movimento Harmónico Simples","pt_BR":"Movimento Harmônico Simples","ro":"Mișcare oscilatorie armonică","si":"සරල අනුවර්තී චලිතය","sk":"Jednoduchý harmonický pohyb","sr":"Линеарно хармонијско кретање","th":"การเคลื่อนที่แบบฮาร์มอนิกอย่างง่าย","tr":"Basit Hormonik Hareket","uk":"Простий гармонічний рух","uz":"Garmonik Tebranish","vi":"Dao động điều hoà","zh_CN":"简谐运动"}},"216":{"id":216,"key":"keyword.radioWaves","strings":{"ar_SA":"موجات الراديو","az":"Radio dalğaları","be":"Радыёхвалі","bs":"Radio talasi","cs":"Rádiové vlny","da":"Radiobølger","de":"Radiowellen","el":"Ραδιοκύματα","en":"Radio Waves","es":"Ondas de Radio","es_PE":"Ondas de Radio","eu":"Radio-uhinak","fa":"موج های رادیویی","fi":"Radioaallot","fr":"Ondes radio","gl":"Ondas de Radio","gu":"રેડિયો વેવ્સ","hr":"Radiovalovi","hu":"Rádióhullámok","in":"Gelombang Radio","it":"Onde radio","ja":"電波","ka":"რადიო ტალღა","ko":"라디오파","ku":"شهپۆلهکانی ڕادیۆیی","ku_TR":"Pêlên Radyo","lt":"Radio bangos","mk":"Радио бранови","mn":"Радио Долгион","mr":"रेडिओ तरंग","nb":"Radiobølger","nl":"Radiogolven","nn":"Radiobølgjer","pl":"Fale radiowe","pt":"Ondas de Rádio","pt_BR":"Ondas de Rádio","ro":"Unde Radio","si":"ගුවන් විදුලි තරංග","sk":"Rádiové vlny","sr":"Радио таласи","th":"คลื่นวิทยุ","tr":"Radyo Dalgaları","uk":"Радіохвилі","uz":"Radioto‘lqinlar","vi":"Sóng vô tuyến","zh_CN":"无线电波"}},"217":{"id":217,"key":"keyword.wavePropagation","strings":{"ar_SA":"انتشار الموجة","az":"Dalğaların yayılması","be":"Распаўсюджванне хваляў","bs":"Širenje talasa","cs":"Šíření vlnění","da":"Bølgeudbredelse","de":"Wellenausbreitung","el":"Διάδοση κύματος","en":"Wave Propagation","es":"Propagación de ondas","es_PE":"Propagación de ondas","eu":"Uhin-hedapena","fa":"انتشار موج","fi":"Aallon eteneminen","fr":"Propagation de l'onde","gl":"Propaación de Ondas","gu":"વેવ પ્રોપોગેશન","hr":"Propagacija vala","hu":"Hullámterjedés","in":"Propagasi Gelombang","it":"Propagazione delle onde","ja":"波の伝播","ka":"ტალრის გავრცელება","ko":"파전달","ku":"بڵاوبوونهوهی شهپۆل","lt":"Bangos sklidimas","mk":"Простирање на бранови","mn":"Долгионы Тархалт","mr":"तरंग प्रसारण","nb":"Bølgepropagering","nl":"Voortplanting van golven","nn":"Bølgjepropagandering","pl":"Propagacja fali","pt":"Propagação de Onda","pt_BR":"Propagação de Onda","ro":"Propagarea undei","si":"තරංග ප්රචාරණය","sk":"Šírenie vlnenia","sr":"Ширење таласа","th":"การแพร่กระจายของคลื่น","tr":"Dalga Yayılımı","uk":"Поширення хвилі","uz":"To‘lqin Tarqalishi","vi":"Sự truyền sóng","zh_CN":"波的传播"}},"258":{"id":258,"key":"keyword.transverseWaves","strings":{"ar_SA":"موجات عرضية","az":"Transvers dalğalar","be":"Папярочныя хвалі","bs":"Poprečni talasi","cs":"Příčné vlnění","da":"Tværbølger","de":"Transversale Wellen","el":"Εγκάρσια κύματα","en":"Transverse Waves","es":"Ondas Transversales","es_PE":"Ondas Transversales","eu":"Zeharkako uhinak","fa":"موج های عرضی","fi":"Poikittaiset aallot","fr":"Ondes transversales","gl":"Ondas Transversais","gu":"ટ્રાન્સવર્ઝ તરંગો","hr":"Transverzalni valovi","hu":"Transzverzális hullám","in":"Gelombang Transversal","it":"Onde Trasversali","ja":"横波","ka":"განივი ტალღები","ko":"횡파","ku":"شهپۆله پانهکیهکان","lt":"Skersinės bangos","mk":"Попречни бранови","mn":"Хөндлөн долгион","mr":"अनुप्रस्थ तरंग","nb":"Transversale bølger","nl":"Transversale golven","nn":"Transversale bølgjer","pl":"Fale poprzeczne","pt":"Ondas Transversais","pt_BR":"Ondas Transversas","ro":"Unde transversale","si":"තීර්යක් තරංග","sk":"Priečne vlnenie","sr":"Попречни таласи","th":"คลื่นตามขวาง","tr":"Enine Dalgalar","uk":"Поперечні хвилі","uz":"Ko‘ndalang To‘lqinlar","vi":"Sóng ngang","zh_CN":"横波"}},"260":{"id":260,"key":"keyword.waves","strings":{"ar_SA":"الموجات","az":"Dalğalar","be":"Хвалі","bs":"Talasi","cs":"Vlny","da":"Bølger","de":"Wellen","el":"Κύματα","en":"Waves","es":"Ondas","es_PE":"Ondas","eu":"Uhinak","fa":"موج ها","fi":"Aallot","fr":"Ondes","gl":"Ondas","gu":"વેવ્સ","hr":"Valovi","hu":"Hullám","in":"Gelombang","it":"Onde","ja":"波","ka":"ტალღა","ko":"파동","ku":"شهپۆلهکان","ku_TR":"Pel","lt":"Bangos","mk":"Бранови","mn":"Долгион","mr":"तरंग","nb":"Bølger","nl":"Golven","nn":"Bølgjer","pl":"Fale","pt":"Ondas","pt_BR":"Ondas","ro":"Unde","si":"තරංග","sk":"Vlny","sr":"таласи","th":"คลื่น","tr":"Dalgalar","uk":"Хвилі","uz":"To‘lqinlar","vi":"Sóng","zh_CN":"波"}},"282":{"id":282,"key":"keyword.periodicMotion","strings":{"ar_SA":"الحركة الدورية","az":"Dövri hərəkət","be":"Перыядычны рух","bs":"Periodično kretanje","cs":"Periodický pohyb","da":"Periodisk bevægelse","de":"Periodische Bewegung","el":"Περιοδική κίνηση","en":"Periodic Motion","es":"Movimiento Periódico","es_PE":"Movimiento Periódico","eu":"Mugimendu periodikoa","fa":"حرکت دوره ای","fi":"Jaksollinen liike","fr":"Mouvement périodique","gl":"Movemento Periódico","gu":"પિરિયોડિક ગતિ","hr":"Periodično gibanje","hu":"Periodikus mozgás","in":"Gerak Periodik","it":"Moto periodico","ja":"周期運動","ka":"პერიოდული მოძრაობა","ko":"주기적 운동","ku":"جووڵهی نۆرهیی","ku_TR":"Livîna Bidewr","lt":"Periodinis judėjimas","mk":"Периоден систем на движење","mn":"Үет Хөдөлгөөн","mr":"आवर्ती गती","nb":"Periodisk bevegelse","nl":"Periodieke beweging","nn":"Periodisk rørsle","pl":"Ruch okresowy","pt":"Movimento Periódico","pt_BR":"Movimento Periódico","ro":"Mișcare periodică","si":"ආවර්තිත චලිතය","sk":"Periodický pohyb","sr":"Периодично кретање","th":"การเคลื่อนที่แบบคาบ","tr":"Periyodik Hareket","uk":"Періодичний рух","uz":"Davriy Harakat","vi":"Chuyển động tuần hoàn","zh_CN":"周期运动"}},"482":{"id":482,"key":"keyword.electromagneticRadiation","strings":{"az":"Elektromaqnit şüalanma","be":"Электрамагнітнае выпраменьванне","cs":"Elektromagnetické záření","da":"Elektromagnetisk stråling","de":"Elektromagnetische Strahlung","el":"Ηλεκτρομαγνητική ακτινοβολία","en":"Electromagnetic Radiation","es":"Radiación Electromagnética","es_PE":"Radiación Electromagnética","eu":"Erradiazio elektromagnetikoa","fr":"Rayonnement électro-magnétique","gu":"ઇલેક્ટ્રોમેગ્નેટિક રેડિએશન","hr":"Elektromagnetsko zračenje","hu":"Elektromágneses sugárzás","it":"Radiazione elettromagnetica","ko":"전자복사","ku_TR":"Tîrêjdana Kareba Miknatisî","lt":"Elektromagnetinė radiacija","mn":"Цахилгаан соронзон Цацрал","nb":"Elektromagnetisk stråling","nl":"Electromagnetische straling","nn":"Elektromagnetisk stråling","pl":"Promieniowanie elektromagnetyczne","pt":"Radiação Eletromagnética","pt_BR":"Radiação Eletromagnética","ro":"Radiație electromagnetică","si":"විද්යුත් චුම්භක විකිරණ","sk":"Elektromagnetické žiarenie","th":"การแผ่รังสีแม่เหล็กไฟฟ้า","tr":"Elektromanyetik Radyasyon","uk":"Електромагнітне випромінювання","uz":"Elektromagnit Nurlanish","vi":"Bức xạ điện từ","zh_CN":"电磁辐射"}},"483":{"id":483,"key":"keyword.speedOfLight","strings":{"az":"İşıq sürəti","be":"Скорасць святла","bs":"Brzina svjetlosti","cs":"Rychlost světla","da":"Lysets hastighed","de":"Lichtgeschwindigkeit","el":"Ταχύτητα του φωτός","en":"Speed of Light","es":"Velocidad de la Luz","es_PE":"Velocidad de la Luz","eu":"Argiaren abidadura","fr":"Vitesse de la lumière","gu":"પ્રકાશની ઝડપ","hr":"Brzina svjetlosti","hu":"Fénysebesség","it":"Velocità della luce","ko":"빛의 속도","ku_TR":"Leza Ronakê","lt":"Šviesos greitis","mn":"Гэрлийн Хурд","nb":"Lyshastigheten","nl":"Lichtsnelheid","nn":"Lysfarten","pl":"Prędkość światła","pt":"Velocidade da Luz","pt_BR":"Velocidade da Luz","ro":"Viteza luminii","si":"ආලෝකයේ වේගය","sk":"Rýchlosť svetla","th":"อัตราเร็วของแสง","tr":"Işık Hızı","uk":"Швидкість світла","uz":"Yorug‘lik Tezligi","vi":"Tốc độ ánh sáng","zh_CN":"光速"}},"484":{"id":484,"key":"keyword.dipoleRadiation","strings":{"az":"Dipol Şüalanma","be":"Дыпольнае выпраменьванне","cs":"Vyzařování dipólu","da":"Dipolær stråling","de":"Dipolstrahlung","el":"Διπολική ακτινοβολία","en":"Dipole Radiation","es":"Radiación Dipolar","es_PE":"Radiación Dipolar","eu":"Erradiazio dipolarra","fr":"Rayonnement dipolaire","gu":"ડાઈપોલ રેડીએશન","hr":"Dipolna radijacija","hu":"Dipólsugárzás","it":"Radiazione di dipolo","ko":"쌍극자 방사","ku_TR":"Tîrêjdana Ducemserî","lt":"Dipolinė radiacija","mn":"Диполь Цацаргалт","nb":"Dipol-stråling","nl":"Dipoolstraling","nn":"Dipol-stråling","pl":"Promieniowanie dipolowe","pt":"Radiação de Dipolo","pt_BR":"Radiação Dipolar","ro":"Radiație de dipol","si":"ද්විධ්රැව විකිරණ","sk":"Vyžarovanie dipólu","th":"การแผ่รังสีไดโพล","tr":"Dipol Radyasyonu","uk":"Дипольне випромінювання","uz":"Dipol Nurlanishi","vi":"Bức xạ lưỡng cực","zh_CN":"偶极辐射"}}},"projects":[{"id":106,"name":"radiating-charge","simulations":[{"a11yFeatures":[],"alignmentIds":[],"altImageCount":0,"cheerpjVersion":"","communityPublicationTime":0,"createTime":1359756560153,"credits":{"designTeam":"Michael Dubson (lead designer/developer)<br/>Ariel Paul (development/interviews)","libraries":"","thanksTo":""},"designTeam":"Michael Dubson (lead designer/developer)<br/>Ariel Paul (development/interviews)","hasPrototype":false,"highGradeLevel":3,"id":146,"isCommunity":false,"isHydrogen":false,"isNew":0,"isPhetStudio":false,"isPrototype":false,"keywordIds":[26,50,61,66,69,81,135,137,138,176,187,194,216,217,258,260,282,482,483,484],"legacyType":"flash","libraries":"","licenseUrls":["http://creativecommons.org/licenses/by-nc/4.0/","http://creativecommons.org/licenses/GPL/2.0/"],"localizedSimulations":{"bs":{"description":"Linije električnog poljа tаčkаstog nаelektrisаnjа mijenjаju se pri kretаnju nаelektrisаnjа. Posmаtrаjte štа se dešаvа sа njimа аko pomjerаte nаelektrisаnje. Štа se dešаvа kаdа zаustаvite nаelektrisаnje? Istrаžite polje pri rаzličitim oblicimа kretаnjа.","downloadUrl":"/sims/radiating-charge/radiating-charge_bs.html","hasPrototype":false,"id":5377,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_bs.html","simPageUrl":"/bs/simulations/radiating-charge","title":"ZRAČENJE NAELEKTRISANJA U KRETANJU"},"cs":{"downloadUrl":"/sims/radiating-charge/radiating-charge_cs.html","hasPrototype":false,"id":5800,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_cs.html","simPageUrl":"/cs/simulations/radiating-charge","title":"Vyzařující Náboj"},"da":{"description":"De elektriske feltlinjer fra en punktladning udvikler sig i takt med, at ladningen bevæger sig. Se stråling propagere udad ved lysets hastighed, når du vrikke med opladning. Stop en bevægende ladning for at se bremsstrahlung, (bremsning) stråling. Udforsk strålemønstrene, når ladningen bevæger sig med sinusformet-, cirkulær- eller lineær bevægelse. Du kan flytte ladningen, som du vil, så længe du ikke overskrider lysets hastighed.","downloadUrl":"/sims/radiating-charge/radiating-charge_da.html","hasPrototype":false,"id":5046,"isCheerpj":false,"learningGoals":"Hvordan afhænger den radiale feltlinjetæthed af hastigheden af en ladning i lineær bevægelse (kompression af feltlinier).<br/>Hvordan retningsafhængigheden af feltets mønster afhænger af sinusformen vs cirkelbevægelsen.<br/>Hvordan anvendt kraft og bevægelse er relateret til den relativistiske dynamik (konstant kraft resulterer ikke i hurtigere-end-lyset bevægelser).<br/>Hvordan acceleration frembringer tværgående felter, mens konstant hastighed frembringer radiale (ud fra centrum) felter.<br/>For den sinusformede bevægelse, der frembringer dipolær stråling, hvordan feltlinierne tæt på udvikler sig fra radial og statisk-lignende, til tværgående og plane-bølge-lignende længere væk.<br/>Hvordan pludselig deceleration (opbremsning) af en ladning frembringer bremsestråling.","runUrl":"/sims/radiating-charge/radiating-charge_da.html","simPageUrl":"/da/simulations/radiating-charge","title":"Udstrålende ladning"},"de":{"description":"Die elektrischen Feldlinien, die von einer Punktladung ausgehen, verändern sich mit der Zeit, wenn sich die Ladung bewegt. Beobachten Sie, wie sich die Strahlung mit Lichtgeschwindigkeit ausbreitet, wenn Sie die Ladung bewegen. Halten Sie eine bewegte Ladung an, um Bremsstrahlung zu erzeugen. Welche Strahlungsmuster ergeben sich bei sinusförmiger, kreisförmiger oder linearer Bewegung? Sie können die Ladung beliebig bewegen, solange Sie die Lichtgeschwindigkeit nicht überschreiten.","downloadUrl":"/sims/radiating-charge/radiating-charge_de.html","hasPrototype":false,"id":5569,"isCheerpj":false,"learningGoals":"Wie hängt die radiale Feldliniendichte von der Geschwindigkeit einer linear bewegten Ladung ab (Feldlinienkompression)?<br/>Welche Anisotropie des Feldes ergibt sich bei sinusförmiger Bewegung oder Kreisbewegung?<br/>Wie hängen die wirkende Kraft und die Bewegung in relativistischer Art und Weise zusammen? (eine konstante Kraft kann nicht auf Über-Lichtgeschwindigkeit beschleunigen).<br/>Warum erzeugt Beschleunigung transversale Felder, während konstante Geschwindigkeit radiale Felder erzeugt?<br/>Für sinusförmige Bewegung, die Dipol-Strahlung erzeugt, sind die Feldlinien in der Nähe des Strahlers radial und statisch und weiter entfernt transversal und ähnlich einer ebenen Welle.<br/>Warum erzeugt plötzliche Verlangsamung der Ladung Bremsstrahlung?","runUrl":"/sims/radiating-charge/radiating-charge_de.html","simPageUrl":"/de/simulations/radiating-charge","title":"Strahlende Ladung"},"el":{"downloadUrl":"/sims/radiating-charge/radiating-charge_el.html","hasPrototype":false,"id":5316,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_el.html","simPageUrl":"/el/simulations/radiating-charge","title":"Φορτίο ακτινοβολίας"},"en":{"description":"The electric field lines from a point charge evolve in time as the charge moves. Watch radiation propagate outward at the speed of light as you wiggle the charge. Stop a moving charge to see bremsstrahlung (braking) radiation. Explore the radiation patterns as the charge moves with sinusoidal, circular, or linear motion. You can move the charge any way you like, as long as you don’t exceed the speed of light.","downloadUrl":"/sims/radiating-charge/radiating-charge_en.html","hasPrototype":false,"id":5040,"isCheerpj":false,"learningGoals":"How the radial field line density depends on the speed of a charge in linear motion (compression of field lines).<br/>How the anisotropy of the field pattern depends on sinusoidal vs. circular motion.<br/>How the applied force and motion are related in relativistic dynamics (constant force does not result in faster-than-light travel).<br/>How acceleration produces transverse fields, while constant velocity produces radial fields.<br/>For sinusoidal motion, which produces dipole radiation, the field lines evolve from radial and static-like nearby, to transverse and plane-wave-like far away.<br/>How sudden deceleration of a charge produces bremsstrahlung (braking) radiation.","runUrl":"/sims/radiating-charge/radiating-charge_en.html","simPageUrl":"/en/simulations/radiating-charge","title":"Radiating Charge"},"es":{"description":"Las líneas de campo eléctrico de una carga puntual evolucionan en el tiempo a medida que la carga se mueve. Ve cómo se propaga la radiación hacia el exterior a la velocidad de la luz cuando mueves la carga. Detén una carga en movimiento para ver la radiación \"bremsstrahlung\" (de frenado). Explora los patrones de radiación y cómo la carga se mueve con movimiento sinusoidal, circular o lineal. Puedes mover la carga de la forma que desees, siempre y cuando no se exceda la velocidad de la luz.","downloadUrl":"/sims/radiating-charge/radiating-charge_es.html","hasPrototype":false,"id":5211,"isCheerpj":false,"learningGoals":"Cómo la densidad de campo de la línea radial depende de la velocidad de una carga en movimiento lineal (compresión de las líneas de campo).<br/>Cómo la anisotropía del patrón de campo depende del movimiento sinusoidal vs circular.<br/>Cómo la fuerza aplicada y el movimiento están relacionados en la dinámica relativista (La fuerza constante no resulta en un viaje más rápido que la luz).<br/>Cómo la aceleración produce campos transversales, mientras que la velocidad constante produce campos radiales.<br/>Para el movimiento sinusoidal, que produce la radiación dipolar, las líneas de campo se desarrollan del radial y estático cercano, hacia el transversal y onda plana lejana.<br/>Cómo la desaceleración súbita de una carga produce radiación \"bremsstrahlung\" (de frenado).","runUrl":"/sims/radiating-charge/radiating-charge_es.html","simPageUrl":"/es/simulations/radiating-charge","title":"Carga Radiante"},"es_MX":{"downloadUrl":"/sims/radiating-charge/radiating-charge_es_MX.html","hasPrototype":false,"id":8214,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_es_MX.html","simPageUrl":"/es_MX/simulations/radiating-charge","title":"Carga Radiante"},"es_PE":{"description":"Las líneas de campo eléctrico de una carga puntual evolucionan en el tiempo a medida que se mueve la carga. Observe cómo la radiación se propaga hacia afuera a la velocidad de la luz mientras mueve la carga. Detenga una carga en movimiento para ver la radiación bremsstrahlung (frenado). Explore los patrones de radiación a medida que la carga se mueve con movimiento sinusoidal, circular o lineal. Puede mover la carga de la forma que desee, siempre que no exceda la velocidad de la luz.","downloadUrl":"/sims/radiating-charge/radiating-charge_es_PE.html","hasPrototype":false,"id":5047,"isCheerpj":false,"learningGoals":"Cómo la densidad de campo de la línea radial depende de la velocidad de una carga en movimiento lineal (compresión de las líneas de campo).<br/>Cómo la anisotropía del patrón de campo depende del movimiento sinusoidal vs circular.<br/>Cómo la fuerza aplicada y el movimiento están relacionados en la dinámica relativista (La fuerza constante no resulta en un viaje más rápido que la luz).<br/>Cómo la aceleración produce campos transversales, mientras que la velocidad constante produce campos radiales.<br/>Para el movimiento sinusoidal, que produce la radiación dipolar, las líneas de campo se desarrollan cercanamente similar al radial y estático, muy lejos en similitud al transversal y onda plana.<br/>Cómo la desaceleración súbita de una carga produce \"bremsstrahlung\" (radiación de frenado).","runUrl":"/sims/radiating-charge/radiating-charge_es_PE.html","simPageUrl":"/es_PE/simulations/radiating-charge","title":"Carga Radiante"},"eu":{"downloadUrl":"/sims/radiating-charge/radiating-charge_eu.html","hasPrototype":false,"id":5212,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_eu.html","simPageUrl":"/eu/simulations/radiating-charge","title":"Karga erradiatzailea"},"fa":{"downloadUrl":"/sims/radiating-charge/radiating-charge_fa.html","hasPrototype":false,"id":5160,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_fa.html","simPageUrl":"/fa/simulations/radiating-charge","title":"بار در حال تابش"},"fi":{"downloadUrl":"/sims/radiating-charge/radiating-charge_fi.html","hasPrototype":false,"id":5263,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_fi.html","simPageUrl":"/fi/simulations/radiating-charge","title":"Säteilevä varaus"},"fr":{"description":"Les lignes de champ électrique partant d'une charge ponctuelle évoluent dans le temps pendant que la charge se déplace. Regardez le rayonnement se propager vers l'extérieur à la vitesse de la lumière pendant que vous agitez la charge. Arrêter une charge en mouvement pour voir le rayonnement de freinage (freinage). Explorer les diagrammes de rayonnement pendant que la charge se déplace avec un mouvement sinusoïdal, circulaire ou linéaire. Vous pouvez déplacer la charge comme vous voulez, tant que vous ne dépassez pas la vitesse de la lumière.","downloadUrl":"/sims/radiating-charge/radiating-charge_fr.html","hasPrototype":false,"id":5331,"isCheerpj":false,"learningGoals":"Comment la densité des lignes de champ radial dépend de la vitesse d'une charge en mouvement linéaire (compression des lignes de champ). <br/> Comment l'anisotropie du modèle de champ dépend du mouvement sinusoïdal ou circulaire. <br/> Comment la force appliquée et le mouvement sont liés à la dynamique relativiste (une force constante n'aboutit pas à voyager plus vite que la lumière). <br/> Comment l'accélération produit des champs transversaux, tandis que la vitesse constante produit des champs radiaux. <br/> Pour un mouvement sinusoïdal, qui produit un rayonnement dipolaire, les lignes de champ se développent à partir radial et statique comme à proximité, pour transversale et plane comme une vague au loin. (besoin d'aide pour traduire cela correctement)<br/> Comment décélération soudaine d'une charge produit rayonnement de freinage (freinage).","runUrl":"/sims/radiating-charge/radiating-charge_fr.html","simPageUrl":"/fr/simulations/radiating-charge","title":"Charge radiante"},"hu":{"description":"Amikor egy ponttöltés mozog, a belőle kiinduló erővonalak folyamatosan változnak. Figyeld meg, ahogy a sugárzás fénysebességgel terjed kifelé, miközben a töltést ide-oda mozgatod. Állíts meg egy mozgó töltést, és látni fogod a fékezési sugárzást, melyet kibocsát. Tanulmányozd a sugárzás mintázatát, miközben a töltés szinuszosan, körben vagy egyenesen mozog. A töltést úgy mozgatod, ahogy akarod, de a <i>c</i> fénysebességet nem tudod átlépni vele. Próbáld ki, ha nem hiszed!","downloadUrl":"/sims/radiating-charge/radiating-charge_hu.html","hasPrototype":false,"id":5048,"isCheerpj":false,"learningGoals":"Egyenes vonalban mozgó töltés esetében a sugárirányú erővonalak sűrűsége függ a sebességtől (erővonalak összenyomódása).<br/>A térerőmintázat anizotrópiája függ attól, hogy a töltés szinuszos vagy cirkuláris mozgást végez-e.<br/>Az alkalmazott erő és a mozgás kapcsolata a relativisztikus dinamikában (az állandó erő nem vezet fénysebességnél nagyobb sebességhez).<br/>A gyorsulás transzverzális teret hoz létre, a sebesség pedig radiális teret.<br/>A szinuszos mozgás esetében, mely dipólsugárzást kelt, az erővonalak radiálisak és statikusak a töltés közelében, de transzverzálisra és síkhullám jellegűre váltanak nagy távolságban.<br/>A töltés hirtelen lassulása fékezési sugárzás (pl. fékezési röntgensugárzás) keletkezéséhez vezet.","runUrl":"/sims/radiating-charge/radiating-charge_hu.html","simPageUrl":"/hu/simulations/radiating-charge","title":"Sugárzó töltés"},"it":{"description":"Le linee del campo elettrico di una carica puntiforme evolvono nel tempo con il movimento della carica. Guarda le radiazioni propagarsi verso l'esterno alla velocità della luce mentre sposti la carica. Interrompi il moto della carica per vedere la radiazione di Bremsstrahlung (frenamento). Esplora i vari modelli di radiazione a seconda che il moto della carica sia sinusoidale, circolare o lineare. Puoi spostare la carica in qualsiasi modo, purché non superi la velocità della luce.","downloadUrl":"/sims/radiating-charge/radiating-charge_it.html","hasPrototype":false,"id":5053,"isCheerpj":false,"learningGoals":"Come la densità delle linee radiali di campo dipenda dalla velocità di una carica in moto lineare (compressione delle linee di campo). <br/> Come l'anisotropia della configurazione di campo dipenda dal rapporto tra moto sinusoidale e circolare. <br/> Come la forza applicata e il movimento sono correlati dalla dinamica relativistica (l'applicazione di una forza costante non consente il superamento della velocità della luce alla particella). <br/> Come l'accelerazione provochi campi trasversali, mentre la velocità costante produca campi radiali. <br/> Come il moto sinusoidale, che produce radiazioni di dipolo, veda evolvere le linee di campo da radiali e quasistatiche nelle vicinanze dela carica, a trasversali e piane in lonatanza. <br/> Come la decelerazione improvvisa di una carica produca radiazione di frenamento o smorzamento(bremsstrahlung).","runUrl":"/sims/radiating-charge/radiating-charge_it.html","simPageUrl":"/it/simulations/radiating-charge","title":"Carica radiante"},"iw":{"downloadUrl":"/sims/radiating-charge/radiating-charge_iw.html","hasPrototype":false,"id":5151,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_iw.html","simPageUrl":"/iw/simulations/radiating-charge","title":"מטען קורן"},"ja":{"description":"解説は現在準備中です。","downloadUrl":"/sims/radiating-charge/radiating-charge_ja.html","hasPrototype":false,"id":5713,"isCheerpj":false,"learningGoals":"学習目標例は現在準備中です。","runUrl":"/sims/radiating-charge/radiating-charge_ja.html","simPageUrl":"/ja/simulations/radiating-charge","title":"電荷の放射"},"kk":{"downloadUrl":"/sims/radiating-charge/radiating-charge_kk.html","hasPrototype":false,"id":5703,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_kk.html","simPageUrl":"/kk/simulations/radiating-charge","title":"Жүктің сәулеленуі"},"ko":{"description":"하전의 이동에 따라 점하전으로부터 전기장이 생성된다.<br/>하전을 흔들면 방사선이 빛의 속도로 퍼져나가는 것을 관찰한다.<br/>방서선이 정지되는 것을 보기 위하여 하전의 움직임을 멈춘다.<br/>하전이 사인파형, 원형, 선향으로 움직임에 따른 방서선의 모양을 탐색한다.<br/>빛의 속도를 초과하지 않는한 하전을 임으로 움직일 수 있다.","downloadUrl":"/sims/radiating-charge/radiating-charge_ko.html","hasPrototype":false,"id":5264,"isCheerpj":false,"learningGoals":"복사장선 밀도가 하전의 선형 이동속도(장선의 압축)에 어떻게 의존하는가?<br/><br/>장 모양의 비등방성이 사인파형 vs 원형 운동에 어떻게 의존하는가?<br/><br/>적용된 힘과 운동이 상대론적 동역학(일정한 힘은 광속 이상의 결과를 초래하지 않음)에 어떻게 연관되는가?<br/><br/>어떻게 등속이 방사장을 형성하는데 가속은 황파장을 생성하는가?<br/><br/>쌍극자 방사를 생성하는 사인파형 운동에서 장선이 가까이는 방사상 및 정적, 멀리는 횡파 및 평면 파동에서 발생한다.<br/><br/>어떻게 갑작스러운 하전의 감속이 정지 방사선을 생성하는가?","runUrl":"/sims/radiating-charge/radiating-charge_ko.html","simPageUrl":"/ko/simulations/radiating-charge","title":"방사 충전"},"mk":{"downloadUrl":"/sims/radiating-charge/radiating-charge_mk.html","hasPrototype":false,"id":5134,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_mk.html","simPageUrl":"/mk/simulations/radiating-charge","title":"Зрачење на електрицитети во движење"},"mn":{"downloadUrl":"/sims/radiating-charge/radiating-charge_mn.html","hasPrototype":false,"id":9780,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_mn.html","simPageUrl":"/mn/simulations/radiating-charge","title":"Цэнэгийн Цацраг"},"nl":{"description":"De elektrische veldlijnen van een puntlading verandert in de tijd als de lading beweegt. Bekijk hoe de straling zich naar buiten voortplant met de snelheid van het licht als je de lading doet schommelen. Stop een bewegende lading om de bremsstraling (bij het remmen) te bekijken. Onderzoek de stralingpatronen als de lading een sinusoïdale, cirkelvormige of lineaire beweging uitvoert. Je kan de lading bewegen op gelijk welke manier zolang je de snelheid van het licht niet overschrijdt.","downloadUrl":"/sims/radiating-charge/radiating-charge_nl.html","hasPrototype":false,"id":5049,"isCheerpj":false,"learningGoals":"Hoe de radiale veldlijnen dichtheid afhangt van de snelheid of een lading bij een lineaire beweging (compressie van veldlijnen).<br/>Hoe de anisotropie van de veldpatronen afhangt van sinusoïdaal vs. cirkelvormige beweging.<br/>Hoe de aangelegde krachtr en beweging met elkaar verbonden zijn in de relativistische dynamica (constante kracht resulteert niet in een reis met een snelheid sneller dan die van licht).<br/>Hoe versnelling transversale velden veroorzaakt terwijl een constante snelheid radiale velden veroorzaakt.<br/>Voor sinusoïdale beweging die dipool straling veroorzaakt, veranderen de veldlijnen van radiale en nagenoeg statische in transversale en gelijkend op vlakke golven ver weg. Hoe plotse afremming van een lading bremstraling veroorzaakt.","runUrl":"/sims/radiating-charge/radiating-charge_nl.html","simPageUrl":"/nl/simulations/radiating-charge","title":"Radiating Charge"},"pl":{"description":"Linie pola elektrycznego od ładunku punktowego ewoluują w czasie, gdy ładunek się porusza. Obserwuj, jak promieniowanie rozchodzi się na zewnątrz z prędkością światła, gdy poruszasz ładunkiem. Zatrzymaj poruszający się ładunek, aby zobaczyć promieniowanie hamowania. Zbadaj promieniowanie, gdy ładunek porusza się ruchem sinusoidalnym, kołowym lub prostoliniowym. Możesz przenosić ładunek w dowolny sposób, o ile nie przekroczysz prędkości światła.","downloadUrl":"/sims/radiating-charge/radiating-charge_pl.html","hasPrototype":false,"id":5137,"isCheerpj":false,"learningGoals":"Jak gęstość radialnych linii pola zależy od prędkości ładunku w ruchu liniowym (zagęszczenie linii pola).<br/>Jak anizotropia pola zależy od ruchu sinusoidalnego i kołowego.<br/>Jak przyłożona siła i ruch są powiązane w dynamice relatywistycznej (stała siła nie powoduje ruchu szybszego niż światło).<br/>Jak przyspieszenie powoduje powstanie pól poprzecznych, podczas gdy stała prędkość powoduje powstanie pól radialnych.<br/>Zauważ, że dla ruchu sinusoidalnego, który wytwarza promieniowanie dipolowe, linie pola ewoluują od promienistych i statycznych w pobliżu, do poprzecznych i przypominających fale płaskie w oddali.<br/>Jak nagłe spowolnienie ładunku wytwarza promieniowanie hamowania (niem. Bremsstrahlung).","runUrl":"/sims/radiating-charge/radiating-charge_pl.html","simPageUrl":"/pl/simulations/radiating-charge","title":"Promieniujący ładunek"},"pt_BR":{"description":"As linhas de campo elétrico de uma carga pontual evoluem no tempo enquanto a carga se move. Assista a radiação se propagar para fora na velocidade da luz, enquanto você mexe na carga. Pare uma carga em movimento para ver a radiação bremsstrahlung (frenagem). Explore os padrões de radiação enquanto a carga se move com movimento sinusoidal, circular ou linear. Você pode mover a carga da maneira que quiser, desde que você não ultrapasse a velocidade da luz.","downloadUrl":"/sims/radiating-charge/radiating-charge_pt_BR.html","hasPrototype":false,"id":5332,"isCheerpj":false,"learningGoals":"Como a densidade da linha de campo radial depende da velocidade de uma carga em movimento linear (compressão das linhas de campo).<br/>Como a anisotropia do campo padrão depende dos movimentos sinusoidal vs circular.<br/>Como a força aplicada e o movimento se relacionam em dinâmica relativística (força constante não resulta em viagem mais rápida que a luz).<br/>Como a aceleração produz campos transversais, enquanto a velocidade constante produz campos radiais.<br/>Para o movimento sinusoidal, que produz radiação dipolar, as linhas do campo evoluem de radial e algo estático (de perto) para transversal e algo como onda plana (ao longe).<br/>Como a desaceleração repentina de uma carga produz a radiação bremsstrahlung (frenagem).","runUrl":"/sims/radiating-charge/radiating-charge_pt_BR.html","simPageUrl":"/pt_BR/simulations/radiating-charge","title":"Irradiando Carga"},"sk":{"downloadUrl":"/sims/radiating-charge/radiating-charge_sk.html","hasPrototype":false,"id":6528,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_sk.html","simPageUrl":"/sk/simulations/radiating-charge","title":"Žiarenie náboja"},"sr":{"description":"Линије електричног поља тачкастог наелектрисања мењају се при кретању наелектрисања. Посматрајте шта се дешава са њима ако померате наелектрисање. Шта се дешава када зауставите наелектрисање? Истражите поље при различитим облицима кретања.","downloadUrl":"/sims/radiating-charge/radiating-charge_sr.html","hasPrototype":false,"id":5050,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_sr.html","simPageUrl":"/sr/simulations/radiating-charge","title":"Зрачење наелектрисања у кретању"},"th":{"description":"เส้นสนามไฟฟ้าจากจุดประจุวิวัฒนาการจากเวลาที่ประจุเคลื่อนที่ ชมการฉายรังสีแพร่กระจายออกไปด้านนอกที่ความเร็วของแสงในขณะที่คุณกระดิกประจุ หยุดการเคลื่อนที่ของประจุที่เห็นจาก bremsstrahlung (เบรก) รังสี อธิบายรูปแบบรังสีจากการเคลื่อนที่ของประจุกับกราฟรูปไซน์ การเคลื่อนที่แบบวงกลม และการเคลื่อนที่แบบเส้นตรง คุณสามารถเคลื่อนที่ประจุไปไหนก็ได้ ตราบใดที่ไม่เกินความเร็วของแสง","downloadUrl":"/sims/radiating-charge/radiating-charge_th.html","hasPrototype":false,"id":6425,"isCheerpj":false,"learningGoals":"ความหนาแน่นของเส้นสนามขึ้นอยู่กับความเร็วของประจุในการเคลื่อนที่เป็นเส้น (การบีบอัดของเส้นสนาม) อย่างไร<br/>สมบัติที่ขึ้นอยู่กับทิศทาง (anisotropy) ของรูปแบบสนามขึ้นอยู่กับการเคลื่อนที่รูปไซน์และการเคลื่อนที่แบบวงกลมอย่างไร<br/>วิธีการประยุกต์ใช้แรงและการเคลื่อนไหวที่เกี่ยวข้องในการเปลี่ยนแปลงความสัมพันธ์ (แรงคงที่ไม่ได้ผลในความเร็วกว่าแสงเดินทาง)<br/>สำหรับการเคลื่อนไหวรูปคลื่นไซน์ซึ่งเป็นผู้ผลิตรังสีขั้ว, เส้นสนามวิวัฒนาการมาจากรัศมีและคงเหมือนอยู่บริเวณใกล้เคียงเพื่อขวางและเหมือนระนาบที่คลื่นที่อยู่ห่างไกล<br/>การชะลอตัวลงอย่างฉับพลันของประจุ โดยการสร้างขึ้นของการแผ่รังสีแบบ bremsstrahlung เกิดขึ้นได้อย่างไร","runUrl":"/sims/radiating-charge/radiating-charge_th.html","simPageUrl":"/th/simulations/radiating-charge","title":"การแผ่รังสีของประจุ"},"tr":{"description":"Bir nokta yükün elektrik alan çizgileri, yük hareket ettikçe zamanla gelişir. Yükü sallarken radyasyonun ışık hızında dışarı doğru yayılmasını izleyin. Bremsstrahlung (frenleme) radyasyonunu görmek için hareketli bir şarjı durdurun. Yük sinüzoidal, dairesel veya doğrusal hareketle hareket ederken radyasyon modellerini keşfedin. Işık hızını aşmadığınız sürece yükü istediğiniz gibi hareket ettirebilirsiniz.","downloadUrl":"/sims/radiating-charge/radiating-charge_tr.html","hasPrototype":false,"id":5840,"isCheerpj":false,"learningGoals":"Radyal alan çizgisi yoğunluğunun, doğrusal hareket halindeki bir yükün hızına nasıl bağlıdır (alan çizgilerinin sıkıştırılması)?<br/>Alan modelinin anizotropisinin sinüsoidal ve dairesel harekete nasıl bağlıdır?<br/>Göreceli dinamiklerde uygulanan kuvvet ve hareket arasındaki ilişki nasıldır (sabit kuvvet ışıktan hızlı yolculukla sonuçlanmaz)?<br/>Sabit hız radyal alanlar üretirken, ivme nasıl enine alanlar üretir?<br/>Dipol radyasyon üreten sinüzoidal hareket için, alan çizgileri radyal ve statik benzeri yakınlardan enine ve düzlem dalga benzeri uzağa doğru gelişir.<br/>Bir yükün ani yavaşlaması nasıl bremsstrahlung (frenleme) radyasyonu üretir.","runUrl":"/sims/radiating-charge/radiating-charge_tr.html","simPageUrl":"/tr/simulations/radiating-charge","title":"Yük Işınımı"},"vi":{"description":"Các điện trường tuyến của điện tích điểm sẽ thay đổi theo thời gian khi điện tích di chuyển. Hãy quan sát bức xạ lan truyền ra xung quanh khi bạn rung động điện tích. Ngừng di chuyển điện tích để thấy bức xạ bremsstrahlung (bức xạ thắng/dừng). Tìm hiểu các mẫu bức xạ khi điện tích dao động điều hoà, chuyển động tròn hay thẳng. Bạn có thể di chuyển điện tích tuỳ thích miễn là tốc độ di chuyển không vượt quá tốc độ ánh sáng.","downloadUrl":"/sims/radiating-charge/radiating-charge_vi.html","hasPrototype":false,"id":5051,"isCheerpj":false,"learningGoals":"Hiểu được: mật độ trường tuyến xuyên tâm phụ thuộc vào tốc độ của chuyển động thẳng của điện tích (độ nén của các đường sức).<br/>Hiểu được: tính dị hướng của các mẫu trường tuyến đối với chuyển động tròn phụ thuộc vào tần số góc.<br/>Hiểu được: mối liên hệ giữa lực tác dụng và chuyển động trong động lực học tương đối (lực không đổi sẽ mất tác dụng trong chuyển động nhanh hơn tốc độ ánh sáng).<br/>Hiểu được: gia tốc sinh ra trường ngang còn vận tốc không đổi sinh ra trường xuyên tâm.<br/>Hiểu được: đối với sin động, là chuyển động sinh ra bức xạ lưỡng cực, các đường sức sẽ biến đổi từ dạng xuyên tâm và tĩnh ở khu vực gần điện tích, thành dạng sóng phẳng và ngang khi lan ra xa.<br/>Hiểu được: sự giảm tốc đột ngột của điện tích sẽ phát sinh bremsstrahlung (bức xạ thắng/dừng).","runUrl":"/sims/radiating-charge/radiating-charge_vi.html","simPageUrl":"/vi/simulations/radiating-charge","title":"Điện tích bức xạ"},"zh_CN":{"description":"当点电荷运动的时候，电场线也会运动。观察当你振动电荷的时候，辐射如何以光速向外传播。停止运动的电荷来观察轫致辐射。观察电荷作简谐振动，圆周运动或线性运动时辐射的模式。你可以以任何方式移动电荷，只要电荷的运动速度不超过光速。","downloadUrl":"/sims/radiating-charge/radiating-charge_zh_CN.html","hasPrototype":false,"id":5274,"isCheerpj":false,"learningGoals":"径向磁力线密度如何依赖于在直线运动（场行压缩）电荷的速度。<br/>磁场图案的各向异性如何取决于正弦与圆周运动。<br/>所施加的力和运动在相对论动力学（恒力不会导致快于光速旅行）有何关系。<br/>恒定的速度产生的径向场，那么加速是如何产生横向力的。<br/>对于正弦运动，什么会例如附近以横向和平面波般遥远的演进，产生磁力线从径向和静电的偶极辐射。<br/>收费的突然减速是如何产生轫致（制动）辐射的。","runUrl":"/sims/radiating-charge/radiating-charge_zh_CN.html","simPageUrl":"/zh_CN/simulations/radiating-charge","title":"电荷辐射"},"zh_TW":{"description":"隨著電荷的移動，來自點電荷的電場線也隨著時間改變。當您扭動電荷，可以觀察到輻射以光速向外傳播。也可以停止移動電荷來觀察制動輻射 (bremsstrahlung) 。探索輻射在不同移動方式下所呈現的樣子，例如將電荷以直線、繞圈圈、正弦曲線等方式移動。您可以隨您喜歡的方式移動電荷，只要不超過光速。<br/><br/>翻譯者：<br/>楊杰儒 (2013)","downloadUrl":"/sims/radiating-charge/radiating-charge_zh_TW.html","hasPrototype":false,"id":5305,"isCheerpj":false,"learningGoals":"","runUrl":"/sims/radiating-charge/radiating-charge_zh_TW.html","simPageUrl":"/zh_TW/simulations/radiating-charge","title":"電荷輻射"}},"lowGradeLevel":2,"lreTerms":[],"name":"radiating-charge","phetStudioPublicationTime":"","phetioVersion":"","prototypeTime":0,"relatedSimulations":[43,76,177],"scienceLiteracyMapKeys":[],"secondaryAlignmentIds":[],"subjects":[4,10],"thanksTo":"","topicIds":[66,482,483,484],"updateTime":1457115026247}],"type":1,"version":{"dev":0,"major":1,"minor":3,"revision":71951,"string":"1.3.0","timestamp":1359756788}}]}}
