|Module 1||Motion in a straight line (M1)|
|Unit 1||Position, displacement & distance|
|Unit 2||Displacement time graphs|
|Unit 3||Velocity time graphs|
|Unit 4||Motion with uniform acceleration|
|Unit 5||Free fall under gravity|
|Module 2||Vectors (M1)|
|Unit 1||Vectors in 2 dimensions|
|Unit 2||Components of a vector|
|Unit 3||Position, displacement & velocity|
|Module 3||Forces (M1)|
|Unit 1||Different types of forces|
|Unit 2||Forces at a point, modelling by vectors|
|Unit 3||Modelling friction|
|Module 4||Newton's Laws of Motion (M1)|
|Unit 1||Newton's 1st and 2nd Laws of Motion|
|Unit 2||More on Newton's Laws|
|Unit 3||Newton's 3rd Law|
|Module 5||Impulse and momentum (M1)|
|Unit 1||Calculating impulse and momentum|
|Unit 2||Conservation of linear momentum|
|Unit 3||Review questions on impulse momentum|
|Module 6||Moments (M1)|
|Unit 1||The turning effect of a force|
|Unit 2||Forces at an angle|
|Unit 3||Equilibrium of parallel forces|
The questions and answers above cover substantially the Alevels Mechanics M1 Edexcel syllabus.
The questions were selected from an endorsed by Edexcel M1 book written by Brian Jefferson. You can purchase this book at most bookshops or online. If you have questions or need further explanation, please contact us.
* Calculating impulse and momentum
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