How do PhET simulations fit in my middle school program?


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Title How do PhET simulations fit in my middle school program?
Description I wanted to share how I use the PhET sims in my school. This shows the topics we address in our grades 6-8 and lists the sims that help us. I have more activities on the PhET website that show specifically what I do in class, so this is just meant to be helpful to see the scope of my use.
Subject Biology, Chemistry, Earth Science, Physics
Level Middle School
Type Other
Answers Included No
Language Engleski
Keywords sample use
Simulation(s) Kiselo-lužnate otopine (HTML5), Acid-Base Solutions, Alfa raspad, Graditelj površine (HTML5), Aritmetika (HTML5), Aritmetika, Interakcije između atoma (HTML5), Međudjelovanje atoma, Ravnoteža poluge (HTML5), Balancing Act, Izjednačavanje kemijskih jednadžbi (HTML5), Balancing Chemical Equations, Plinski Zakoni, Baloni i statički elektricitet (HTML5), Statički elektricitet, Struktura Vrpci, Jednostavni strujni krug, Napon (elektromotorna sila) baterije, Beer's Law Lab (HTML5), Beer's Law Lab, Lom svjetlosti (HTML5), Bending Light, Beta Decay, Spektar crnog tijela (HTML5), Zračenje crnog tijela, Vezana stanja (kvantnomehanički koncept), Napravi razlomak (HTML5), Složi razlomak, sastavi molekulu, Napravi atom (HTML5), Napravi atom, density-and-buoyancy, Calculus Grapher, Kondenzatori, Charges and Fields (HTML5), Naboj i Električno polje, Dizajniranje srujnih krugova, Circuit Construction Kit (AC+DC), Virtual Lab, Dizajniranje srujnih krugova (samo DC), Circuit Construction Kit (DC Only), Virtual Lab, Collision Lab, Kako vidimo boje? (HTML5), Kako vidimo boje?, Concentration (HTML5), Concentration, Vodljivost, Dvostuka jama i kovalentna veza, Prilagodba podataka polinomom, Eksperiment Davissona i Germera, Gustoća, Neonsak svjetiljka & druge izbojne lampe, Eating & Exercise, Električno polje naboja, Električni hokej! Naboj umjesto paka!, Oblici energije i energetske promjene (HTML5), Oblici energije i energetske promjene, Zakon sačuvanja energije, Energija u skejt parku: osnove (HTML5), Energy Skate Park: Basics, Procjena, Faradayeva elektromagnetska indukcija, Faradayev zakon (HTML5), Faradayev zakon indukcije, Fluid Pressure and Flow, Koncept sile, Forces and Motion, Sile i gibanje: Osnove (HTML5), Forces and Motion: Basics, Kompozicija valova (Fourierova sinteza), Pridruži razlomke (HTML5), Sparivanje razlomaka, Razlomci: Uvod (HTML5), Uvod u razlomke, Trenje (HTML5), Trenje, Gas Properties (HTML5), Svojstva Plinova, Gene Expression Essentials (HTML5), Gene Expression - The Basics, Gene Machine: The Lac Operon, Generator, Optička Klupa, Ledanjaci, Graphing Lines (HTML5), Crtanje pravaca, Kvadratna jednadžba, Gravitacija i orbita (HTML5), Gravitacija i Orbite, Laboratorij gravitacijske sile (HTML5), Gravity Force Lab, Učinak staklenika, Model Atoma Vodika, Izotopi i Atomska Masa, Johntra Volta (HTML5), Johntra Volta, Ladybug Motion 2D, Laseri, Least-Squares Regression (HTML5), Mjesečeva sonda, Magnet i Kompas, Magneti i Elektromagneti, Mase i opruge (HTML5), mass-spring-lab, Zanimacje s brzinom i akceleracijom, Membrane Channels, Mikrovalovi, Molarity (HTML5), Molarity, Djelovanje enzima, Molecule Polarity, Molecule Shapes (HTML5), Molecule Shapes, Molecule Shapes: Basics (HTML5), Molecule Shapes: Basics, Molecules and Light (HTML5), Molecules and Light, Odnos brzine i akceleracije, Gibanje, Shema MRI, Solarni sustavi, Natural Selection (HTML5), Natural Selection, Neuron, Normal Modes, Nuklearna fisija, Ohmov Zakon (HTML5), Ohmov Zakon, Kvantna optika, Optička pinceta i primjene, pendulum-lab, pH skala (HTML5), pH, pH Scale: Basics (HTML5), Fotoelektrični efekt, Plate Tectonics, Plinko Probability (HTML5), Pascalov trokut, Gibanje projektila (HTML5), Gibanje projektila, Kvantno tuneliranje i valni paketi, Kvantna interferencija valova, Radiating Charge, Radio Valovi, Radioactive Dating Game, Ramp: Forces and Motion, Reactants, Products and Leftovers (HTML5), Reactants, Products and Leftovers, Brzina reakcija, Električna otpornost vodiča (HTML5), Otpor vodiča, Resonance, Reverzibilan proces, Rutherfordovo raspršenje, Self-Driven Particle Model, Poluvodiči, Struja i signal, Soli i njihova topljivost, Zvuk, Agregatna stanja (HTML5), Agragatna stanja tvari, Agregatna stanja:osnove (HTML5), Stanje materije: osnovno, Stern-Gerlachov eksperiment, Ispravljanje DNA, Otopine šećera i soli, Tijelo na kosini, Moment sile, Pod tlakom (HTML5), Under Pressure, Zbrajanje vektora, Wave Interference (HTML5), Interferencija valova, Valovi na užetu (HTML5), Valovi na žici


Author(s) Sarah Borenstein
Contact Email sborenstein@cherrycreekschools.org
School / Organization Campus Middle School
Date submitted 2015.10.19
Date updated 2020.09.02