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Symbols for MM Type
V = Video
A = Animation
P = PowerPoint
N = Notes
I = Interaction
| Form |
Topic |
Description |
MM Type |
| F.5-6 |
E&M |
Different types of Motors Motors DIY |
ALL |
| F.4-6 |
Mechanics-Kinematics |
Animations to teach abstract concepts – vector, scalar, displacement, displacement, speed, velocity, acceleration,-constant motion, graphs of motion, motion under gravity-projectile |
ALL |
| F.6 |
Mechanics-Statics |
Statics-Principle of Lever – Balance or not ? |
A |
| F.6 |
Mechanics-Collisions |
Simulation of Elastic-inelastic Collisions |
A |
| F.6 |
Mechanics-Kinematics |
1-D, 2-D-3-D graphs of different types of motion |
A |
| F.6 |
Mechanics-pendulum |
Simple pendulum, vertical driven-horizontal driven |
A,N |
| F.6 |
Mechanics-Circular motion |
Animation of Newton’s Cannon |
A,N |
| F.6 |
Mechanics –projectile |
Animation of projectile – the package drop |
A,N,I |
| F.4 |
Mechanics –projectile |
Animation of projectile – dropping of a water bomb |
A |
| F.4-6 |
Mechanics-forces |
Course in teaching concepts of force in Mechanics – Bernoulli’s principle included |
A,N,I |
| F.4-6 |
Mechanics-Energy-Work |
Course material in teaching the concept of Work-Energy |
A,N,I |
| F.4-6 |
Mechanics –Momentum |
Course material in teaching conservation of momentum |
A,N,I |
| F.6 |
Electricity – Ohm’s Law |
Animation of experiment on Ohm’s Law |
A |
| F.6 |
Electrostatics |
Course material in teaching Electrostatics |
A,N |
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