Topic module: Further Mechanics A-Level OCR

Radial and tangential components for variable acceleration

Collisions and the conservation of momentum in vector form

Power with a variable force in two dimensions using the scalar product

Kinetic energy using the scalar product

Work done by a constant force in two dimensions using vectors

Slide or topple?

Centre of mass of a solid of revolution

Work done by a variable force

Impulse for variable forces

Finding dimensions of quantities

Loss of kinetic energy due to oblique impact

Oblique impact between a sphere and wall

Oblique impact between two spheres

Exam Questions – Work Energy Principle

Exam Questions – Power

Exam Questions – Centre of mass of wire frameworks

Centre of mass of solids

Particle moving in a straight line under a variable forces

Centre of mass of a lamina by integration

Energy stored in an elastic string or spring

Hooke’s law

Particle on the outer surface of a sphere

Motion of a particle on a light inextensible string

Car moving around a banked track

Particle moving on the inside of a hemispherical shell

Particle moving on the inside of a cone

Conical pendulum

Angular speed and acceleration

Exam Questions – Work, energy and power

Exam Questions – Centre of mass of laminas

Exam Questions – Momentum

Exam Questions – Newton’s law of restitution

Exam Questions – Impulse (vector form)

Exam Questions – Momentum and impulse

Collisions and the conservation of linear momentum

Car accelerating along the horizontal and then up a hill

Calculating the power developed by an engine

Motion down an undulating slope

Motion down a rough plane

Motion down a smooth plane

Conservation of energy / work energy principle

Kinetic energy

Gravitational potential energy

Moving up a rough inclined plane against friction and against gravity

Moving in the vertical plane against gravity

Moving in the horizontal plane with and without friction

Collision with a fixed surface

Collision between two particles

Newtons law of restitution (experimental law)

Impulse in vector form

Lamina toppling on an inclined plane

Freely hanging suspended lamina

Wire framework consisting of a rectangle and triangle

Rectangle with circle removed

Rectangle + semi-circle

Rectangle + triangle

Rectangles

Sectors and semi-circles

Triangular laminas

Centre of mass of a uniform lamina that has lines of symmetry

Centre of mass of a system of particles in a plane

Centre of mass of a system of particles in a line

Impulse

A bullet being fired from a gun

Two particles colliding and moving off as one particle

Two particles colliding and then separating