OCR A Level Further Mathematics Mechanics
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Description
Contents
Reviews
Language
English
ISBN
9781510434547
Cover
Title Page
Copyright
Contents
Getting the most from this book
1 Kinematics
1.1 The language of motion in one dimension
1.2 The constant acceleration formulae
1.3 Variable acceleration
2 Forces and motion
2.1 Forces and Newton’s laws of motion
2.2 Working in vectors
2.3 Forces in equilibrium
2.4 Finding resultant forces
3 A model for friction
3.1 A model for friction
4 Moments of forces
4.1 Introduction to moments
4.2 The moment of a force which acts at an angle
5 Work, energy and power
5.1 Energy and momentum
5.2 Gravitational potential energy
5.3 Work and kinetic energy for two-dimensional motion
5.4 Power
Practice questions: Set 1
6 Impulse and momentum
6.1 Impulse
6.2 Conservation of momentum
6.3 Newton’s law of impact
7 Dimensional analysis
7.1 Dimensional analysis
8 Circular motion 1
8.1 Introduction to circular motion
8.2 Circular motion with constant speed
Practice Questions: Set 2
9 Centre of mass 1
9.1 The centre of mass
9.2 Centre of mass of two- and three-dimensional bodies
10 Motion under a variable force
10.1 Motion in more than one dimension
10.2 Acceleration dependent upon velocity
10.3 The work–energy equation in vector form
11 Circular motion 2
11.1 Circular motion with variable speed
11.2 Motion in a vertical circle
12 Hooke’s law
12.1 Strings and springs
12.2 Using Hooke’s law with more than one spring or string
12.3 Work and energy
12.4 Vertical motion involving elastic forces
13 Centre of mass 2
13.1 Calculating volumes
13.2 Centres of mass
13.3 Centres of mass of plane regions
13.4 Sliding and toppling
14 Oblique impact
14.1 Impulse and momentum in more than one dimension
14.2 Oblique impact of smooth elastic spheres
Practice Questions: Set 3
Answers
Index
Back Cover
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