PhET are interactive simulations covering topics in physics, chemistry, math, biology, environmental sciences etc. for elementary, middle and High School levels. The simulation makes the students understand the concept and exploring the topic. They also help the students to co-relate the topics with real-life examples. Simulations are a great way to capture students attention. Teachers can also create activity worksheets that encourage students to learn from simulations. Read more
Foss : PhET - English
Outline: Open PhET webpage What is a PhET simulation Registering on the page Sign in on the page Browse activities How to share your activities page Tips for using PhET How t..
Outline: Build an atom using protons, neutrons and electrons. Identify an element and its position on the periodic table. Determine whether an atom is neutral or an ion. Predict the cha..
Outline: Determine pH of a solution. Determine the acidity and basicity of a solution. Arrange acids and bases according to their strength. Effect of dilution on pH of a solution. ..
Outline: How to use States of Matter, an interactive PhET simulation. Characteristics of three States of Matter: solid, liquid and gas. Change in behavior of particles as pressure and tem..
Outline: Study Photoelectric Effect. Determine Threshold frequency. Find Stopping potential and Work function. Study the factors affecting current and energy of electrons.
Outline: Explain reflection, refraction and dispersion of light. Explain refractive index with bending of light. How reflection and refraction varies with different material media. Use o..
Outline: Definition of a projectile Definition of a trajectory and projectile motion Effect of gravity on Projectile motion Horizontal and vertical motion of a projectile Effect of cha..
Outline: About Cartesian coordinate system Calculate the slope of a graphed line Save and erase the plotted lines Change slope and intercept for the line Change variables in a linear ..
Outline: Effect of greenhouse gases on atmospheric temperature. Explore and compare the atmosphere of Ice age and Today. Effect of Glass panes and Clouds on temperature. Interaction of p..
Outline: A unit circle to find trigonometric ratios Construct right triangles inside a unit circle Convert degrees into radians to look at periodicity of functions Special angle values f..
Outline: Define law of conservation of energy Define Potential energy and kinetic energy Explanation of Energy Skate Park simulation interface Effect of friction on energy Effect of mas..
Outline: Conservation of energy in real-life systems. About different forms of energy. Predict how energy flows when objects are heated or cooled. Compare thermal conductivity of differe..
Outline: Explain the interface of Gravity and orbits and My solar system simulations. Relation between Sun, Earth, Moon and Space station. Determine the Earth Days. Define centripetal fo..
Outline: Steps involved in Protein Synthesis. Transcription of DNA sequence to mRNA. Translation of mRNA to a protein sequence. Factors affecting Protein Synthesis. Average leve..
Outline: Explanation about components of lac operon. About lactose regulation. Genes involved in lactose regulation. Roles of LacI, LacZ, and LacY in lactose regulation. Build a lac op..
Outline: Features of Plum Pudding model Behaviour of alpha particles Explanation of Plum Pudding simulation interface Deflection of alpha particles in the atom Limitations of plum puddi..
Outline: We will look at effects on survival of a population of rabbits: * In Equator and Arctic environments * Under selection Factors, namely Wolves and Food * Mutations (domina..
Outline: About Cartesian co-ordinate system Understanding the concept of best fit line and equation About Correlation coefficient, r^2 About reduced chi squared sta..
Outline: About colours of visible light (VIBGYOR) How colour vision works Types of cone cells Different wavelength-based sensitivities Optic nerves, tracts and chiasma Primary visual c..
Outline: About Binomial theorem About Cartesian co-ordinate system Graph of line, y = bx + c, variation of coefficient b and constant c Quadratic polynomial, y = ax^2 + bx + c, variatio..