This is the List of Simulations, and the pages where they are used: Category A) Our Simulations (javascript + HTML5): Name (Link) Description Link to page on our website where it is used Range of Water coming out of a hole Range of Water (Parabolic line) Range of water coming out from the sides of a container Circular motion – SHM 14.4 Simple harmonic motion and uniform circular motion Effect of force and mass on motion of a block 5.1 Introduction (Laws of Motion) Effect of force, mass and coefficient of friction on the motion of a block 5.9 Common forces in mechanics Ohm’s Law 3.4 Ohm’s law Mass on Spring: Variation of position with time in SHM (for different values of M and K) Mass on Spring: Variation of velocity with time in SHM (for different values of M and K) Mass on Spring: Variation of acceleration with time in SHM (for different values of M and K) Momentum Motion Diagrams Velocity Wave Category B) Simulations from other Sources: Name (Source and Link) Description Link to page on our website where it is used PhET Simulation: Projectile motion 4.10 Projectile Motion PhET Simulation: Under Pressure 10.2 Pressure PhET Simulation: Density 10.2b PhET Simulation (Density) PhET Simulation: Collisions 6.12 Collisions SHM and circular motion using Geogebra 14.4 SIMPLE HARMONIC MOTION AND UNIFORM CIRCULAR MOTION Oscillation Graphs Quiz using Geogebra 14.6 FORCE LAW FOR SIMPLE HARMONIC MOTION Mass on a Spring using Geogebra 14.8 SOME SYSTEMS EXECUTING SIMPLE HARMONIC MOTION PhET Simulation: Wave on a string 15.3 Displacement relation in a progressive wave PhET Simulation: Wave on a string 15.5 The principle of superposition of waves PhET Simulation: John Travoltage 1.1 Electrostatics – Introduction PhET Simulation: Balloons and Static Electricity 1.2 Electrostatics – Electric charge PhET Simulation: Charges and Fields 1.7b Visualising Electric Field and Potential using PhET Simulation PhET Simulation: Charges and Fields 2.3 Electrostatics – Potential due to a point charge PhET Simulation: Charges and Fields 2.6 Electrostatics – Equipotential Surfaces PhET Simulation: Capacitor Lab Basics 2.12 Electrostatics – The parallel plate capacitor PhET Simulation: Ohm’s Law 3.4 Current Electricity – Ohm’s Law PhET Simulation: Resistance in a wire 3.5 Current Electricity – Origin of resistivity PhET Simulation: DC kit Virtual Lab 3.9 Electrical Energy, Power PhET Simulation: DC kit Virtual Lab 3.10 Combination of Resistors — Series and Parallel PhET Simulation: DC kit Virtual Lab 3.11 Cells, emf, Internal Resistance PhET Simulation: DC kit Virtual Lab 3.12 Cells in Series and in Parallel PhET Simulations: Faraday’s Law 6.4 Faraday’s Law of Induction PhET Simulations: Faraday’s Law 6.5 Lenz’s Law and Conservation of Energy
Login with Google