Momentum
5.01A - I can identify the difference between elastic, inelastic, and perfectly inelastic collisions (and explosions). I can apply conservation of mechanical energy qualitatively to elastic collisions and identify transfers of energy for inelastic collisions.
5.02A - I can use the impulse-momentum theorem to relate changes in momentum to net force and time.
5.03A - I can use momentum conservation and momentum bar charts to solve problems.
5.04B - The center of mass is the average location of all the mass in a system. I can discuss the motion of an object given the application of this principle.
5.05C - I can use momentum conservation and momentum bar charts to solve advanced problems which will include multiple models (energy, forces, motion, etc).
5.06C - I can connect representations of motion, forces and energy with representations of momentum and impulse. Given appropriate information, I can model that behavior with momentum/impulse, energy, force and/or motion models
5.02A - I can use the impulse-momentum theorem to relate changes in momentum to net force and time.
5.03A - I can use momentum conservation and momentum bar charts to solve problems.
5.04B - The center of mass is the average location of all the mass in a system. I can discuss the motion of an object given the application of this principle.
5.05C - I can use momentum conservation and momentum bar charts to solve advanced problems which will include multiple models (energy, forces, motion, etc).
5.06C - I can connect representations of motion, forces and energy with representations of momentum and impulse. Given appropriate information, I can model that behavior with momentum/impulse, energy, force and/or motion models
