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M2 Tutorials
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M2 Tutorials – AQA A Level Maths
Contents
Kinematics
Motion with Variable Acceleration
Equilibrium of a Rigid Body
Moments
Centre of Mass
A System of Particles
Uniform Laminas
Composite Laminas
Wire Frameworks
Hanging and Toppling Problems
Exam Questions
Circular Motion 1
Angular Speed and Acceleration
Motion in a Horizontal Circle
Work Energy and Power
Work done by a Force
Energy
Conservation of Mechanical energy-Work Energy Principle
Power
Exam Questions
Elastic Strings and Springs
Hooke’s Law
Energy Stored in an Elastic String or Spring
Circular Motion 2
Motion in a Vertical Circle
Kinematics
Motion with variable acceleration
Linear motion with variable acceleration
Exam Questions - Linear motion with variable acceleration
Position, velocity and variable acceleration vectors
Working backwards using integration methods
Exam Questions - Variable acceleration using vectors
Up to Contents
Equlibrium of a rigid body
Moments
What is the moment of a force?
Horizontal beams in equilibrium resting on supports
Exam Questions - Moments horizontal beams
Tilting beam
Exam Questions - Moments tilting beam
Moment of a non-perpendicular force
Moments - Ladder problems
Up to Contents
Centre of Mass
A System of Particles
Centre of mass of a system of particles in a line
Centre of mass of a system of particles in a plane
Up to Contents
Uniform Laminas
Centre of mass of a uniform lamina that has lines of symmetry
Triangular laminas
Sectors and semi-circles
Up to Contents
Composite Laminas
Rectangles
Rectangle + triangle
Rectangle + semi-circle
Rectangle with circle removed
Up to Contents
Wire Frameworks
Wire framework consisting of a rectangle and triangle
Up to Contents
Hanging and Toppling Problems
Freely hanging suspended lamina
Lamina toppling on an inclined plane
Up to Contents
Exam Questions – Centre of Mass
Exam Questions - Centre of mass of laminas
Exam Questions - Centre of mass of wire frameworks
Up to Contents
Circular motion 1
Angular Speed and Acceleration
Angular speed and acceleration
Up to Contents
Motion in a Horizontal Circle
Conical pendulum
Particle moving on the inside of a cone
Particle moving on the inside of a hemispherical shell
Car moving around a banked track
Up to Contents
Work, Energy and Power
Work done by a force acting on a particle
Moving in the horizontal plane with and without friction
Moving in the vertical plane against gravity
Moving up a rough inclined plane against friction and against gravity
Up to Contents
Energy
Gravitational potential energy
Kinetic energy
Up to Contents
Conservation of mechanical energy / Work-Energy Principle
Conservation of energy / work energy principle
Motion down a smooth plane
Motion down a rough plane
Motion down an undulating slope
Exam Questions - Work Energy Principle
Up to Contents
Power
Calculating the power developed by an engine
Car accelerating along the horizontal and then up a hill
Exam Questions - Power
Up to Contents
Exam Questions – Work, Energy and Power
Exam Questions - Work, energy and power
Up to Contents
Elastic Strings and Springs
Hooke’s Law
Hooke's law
Up to Contents
Energy Stored in an Elastic String or Spring
Energy stored in an elastic string or spring
Up to Contents
Circular motion 2
Motion in a Vertical Circle
Motion of a particle on a light inextensible string
Particle on the outer surface of a sphere
Up to Contents