OCR A Level Further Mathematics B (MEI) H645 · Y421/Mi10
Modelling direct impacts
- Code
- Y421/Mi10
- In
- Y421.4 Mechanics major: momentum and impulse
- Topic
- Y421 Mechanics Major
- Course
- A Level Further Mathematics B (MEI) H645
- Board
- OCR
Grade boundaries·OCR command words
Codes and titles are read by a script from OCR's published specification and have not been checked by a person. What each point covers is in the specification itself: OCR’s specification.
Points in Y421.4 Mechanics major: momentum and impulse
- Y421/Mi1 Impulse as a vector
- Y421/Mi2 Linear momentum as a vector
- Y421/Mi3 Impulse-momentum equation
- Y421/Mi4 Conservation of linear momentum
- Y421/Mi5 Direct impact assumptions
- Y421/Mi6 Momentum in direct impacts
- Y421/Mi7 Newton's experimental law and coefficient of restitution
- Y421/Mi8 Perfectly inelastic impacts (e = 0)
- Y421/Mi9 Newton's experimental law in direct impacts
- Y421/Mi10 Modelling direct impacts
- Y421/Mi11 Perfectly elastic impacts (e = 1)
- Y421/Mi12 Kinetic energy loss in impacts
- Y421/Mi13 Oblique impact assumptions
- Y421/Mi14 Restitution in oblique impacts
- Y421/Mi15 Oblique impact with a smooth plane
- Y421/Mi16 Oblique impact between two bodies
- Y421/Mi17 Energy loss in oblique impacts