Providing complete syllabus support (9709), this stretching and practice-focused course builds the advanced skills needed for the latest Cambridge assessments and the transition to higher education. Engaging, real world examples make mathematics relevant to real life.
Providing complete syllabus support (9709), this stretching and practice-focused course builds the advanced skills needed for the latest Cambridge assessments and the transition to higher education. Engaging, real world examples make mathematics relevant to real life.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Syllabus matching grid 1 Straight line motion and graphs 1.1: Displacement-time graphs 1.2: Velocity-time graphs 2 Constant acceleration formulae 2.1: Constant acceleration formulae 2.2: Vertical motion 3 Variable acceleration 3.1: Using differentiation to describe straight line motion 3.2: Using integration to describe straight line motion 3.3: Deriving the constant acceleration formulae Review exercise A Maths in real-life: Challenging technology in sport 4 Forces and resultants 4.1: Resultants 4.2: Components 4.3: Forces in equilibrium 5 Newton's laws 5.1: Newton's laws 5.2: Resolving when on an inclined plane 5.3: Multiple forces 5.4: Connected particles 6 Friction 6.1: Rough horizontal surfaces 6.2: Rough inclined plane Review exercise B Maths in real-life: Understanding the Universe 7 Work and energy 7.1: Work 7.2: Kinetic energy 7.3: Gravitational potential energy 7.4: Conservation of energy 7.5: The work-energy principle 8 Power 8.1: Power as rate of doing work 8.2: Acceleration and variable resistance 9 Momentum NEW 9.1: Momentum 9.2: Collisions Review exercise C Maths in real-life: Aerodynamics Exam-style paper A Exam-style paper B Answers Glossary Index
Syllabus matching grid 1 Straight line motion and graphs 1.1: Displacement-time graphs 1.2: Velocity-time graphs 2 Constant acceleration formulae 2.1: Constant acceleration formulae 2.2: Vertical motion 3 Variable acceleration 3.1: Using differentiation to describe straight line motion 3.2: Using integration to describe straight line motion 3.3: Deriving the constant acceleration formulae Review exercise A Maths in real-life: Challenging technology in sport 4 Forces and resultants 4.1: Resultants 4.2: Components 4.3: Forces in equilibrium 5 Newton's laws 5.1: Newton's laws 5.2: Resolving when on an inclined plane 5.3: Multiple forces 5.4: Connected particles 6 Friction 6.1: Rough horizontal surfaces 6.2: Rough inclined plane Review exercise B Maths in real-life: Understanding the Universe 7 Work and energy 7.1: Work 7.2: Kinetic energy 7.3: Gravitational potential energy 7.4: Conservation of energy 7.5: The work-energy principle 8 Power 8.1: Power as rate of doing work 8.2: Acceleration and variable resistance 9 Momentum NEW 9.1: Momentum 9.2: Collisions Review exercise C Maths in real-life: Aerodynamics Exam-style paper A Exam-style paper B Answers Glossary Index
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