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ASA-Level Mathematics Resource Pack: Mechanics 1 (Plus CD)

Aidan Burrows


Ringbinder
£99.99

ISBN: 9780340943298
Published: 29/02/2008
Extent: 223 pages
Illustrations: Black and white illustrations


 
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Summary:
The pack provides plentiful resource material, grammar exercises and activities for tackling topics in the new specifications, and saves you invaluable preparation time.

Each lesson features:

  • Teacher's Notes with lesson plan, learning outcomes and homework suggestions
  • Worksheets with texts extracts, grammar explanations and tasks and exercises
  • Answers to tasks and exercises

    The tasks and exercises include:
  • reading and listening comprehension
  • vocabulary study
  • paired work, with question and answer and role-play
  • grammar exercises
  • writing tasks


    • Saves hours of preparation time

    • Fully photocopiable

    • Free CD-ROM


    Table of Contents:
    Section 1 Motion in a straight line with constant acceleration
    1.1 suvat equations
    1.2 Simultaneous suvat
    1.3 Velocity/time graphs
    1.4 Vertical motion
    Section 2 Vectors
    2.1 Revision of GCSE vector methods
    2.2 The i, j, k system
    2.3 suvat formulae in 2D and 3D
    2.4 Adding velocities
    Section 3 A particle in equilibrium
    3.1 Resultant force
    3.2 Resolving forces
    3.3 Equilibrium 1: triangles of force
    3.4 Equilibrium 2: resolving
    3.5 Equilibrium 3: Lami’s theorem
    Section 4 Newton’s laws
    4.1 Newton’s first law
    4.2 Newton’s second law
    4.3 Newton’s third law 1: lifts
    4.4 Newton’s third law 2: towing problems
    4.5 Newton’s third law 3: pulleys 1
    4.6 Newton’s third law 4: pulleys 2
    Section 5 Friction
    5.1 Laws of static friction
    5.2 Inclined planes
    5.3 The friction inequality
    5.4 Dynamic friction
    Section 6 General motion of a particle
    6.1 General motion of a particle in 1D
    6.2 General motion of a particle in 2D and 3D
    6.3 Projectiles 1: horizontal projection
    6.4 Projectiles 2: projection at an angle to the horizontal
    Section 7 Impulse and momentum
    7.1 Impulse/momentum principle
    7.2 Conservation of momentum in 1D
    7.3 Newton’s law of restitution
    Section 8 Rigid bodies
    8.1 Moment of a force
    8.2 Equilibrium of a rigid body
    8.3 Centre of mass of a system of particles
    8.4 Centre of mass of a uniform lamina
    8.5 Suspension


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