Hodder Education
Cambridge International AS & A Level Mathematics Mechanics
Sophie Goldie
Science & Math
Cambridge International AS & A Level Mathematics Mechanics
US$ 38.39
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Endorsed by Cambridge Assessment International Education to provide full support for Paper 4 of the syllabus for examination from 2020.

Take mathematical understanding to the next level with this accessible series, written by experienced authors, examiners and teachers.
- Improve confidence as a mathematician with clear explanations, worked examples, diverse activities and engaging discussion points.
- Advance problem-solving, interpretation and communication skills through a wealth of questions that promote higher-order thinking.
- Prepare for further study or life beyond the classroom by applying mathematics to other subjects and modelling real-world situations.
- Reinforce learning with opportunities for digital practice via links to the Mathematics in Education and Industry's (MEI) Integral platform in the Boost eBook.*

*To have full access to the eBook and Integral resources you must be subscribed to both Boost and Integral. To trial our eBooks and/or subscribe to Boost, visit: www.hoddereducation.com/Boost; to view samples of the Integral resources and/or subscribe to Integral, visit integralmaths.org/international
Please note that the Integral resources have not been through the Cambridge International endorsement process.

This book covers the syllabus content for Mechanics, including forces and equilibrium, kinematics of motion in a straight line, momentum, Newton's laws of motion, and energy, work and power.

Language
English
ISBN
9781510420946
Cover
Title Page
Copyright
Contents
Introduction
How to use this book
The Cambridge International AS & A Level Mathematics
1 Motion in a straight line
1.1 The language of motion
1.2 Speed and velocity
1.3 Acceleration
1.4 Using areas to find distances and displacements
2 The constant acceleration formulae
2.1 Setting up a mathematical model
2.2 The constant acceleration formulae
2.3 Further examples
3 Forces and Newton’s laws of motion
3.1 Force diagrams
3.2 Force and motion
3.3 Pulleys
3.4 Reviewing a mathematical model: air resistance
4 Applying Newton’s second law along a line
4.1 Newton’s second law
4.2 Newton’s second law applied to connected objects
5 Vectors
5.1 Adding vectors
5.2 Components of a vector
5.3 The magnitude and direction of vectors written in component form
5.4 Resolving vectors
6 Forces in equilibrium and resultant forces
6.1 Finding resultant forces
6.2 Forces in equilibrium
6.3 Newton’s second law in two dimensions
7 General motion in a straight line
7.1 Using differentiation
7.2 Finding displacement from velocity
7.3 The area under a velocity–time graph
7.4 Finding velocity from acceleration
7.5 The constant acceleration formulae revisited
8 A model for friction
8.1 A model for friction
8.2 Modelling with friction
9 Energy, work and power
9.1 Energy and momentum
9.2 Work and energy
9.3 Gravitational potential energy
9.4 Work and kinetic energy for two-dimensional motion
9.5 Power
10 Momentum
10.1 Linear momentum
10.2 Conservation of momentum
Answers
Index
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