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Cambridge International AS and A level physics /
Clear coverage of the latest specification from an experienced author team of examiners and teachers, plus a free Student's CD-ROM. This new edition follows the syllabus exactly and is written in two parts, reflecting the AS and A Level section division of the syllabus. - Improves exam performa...
| Clasificación: | Libro Electrónico |
|---|---|
| Autores principales: | , |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
London :
Hodder Education,
2014.
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| Edición: | Second edition. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Cover; Book Title; Contents; Acknowledgements; Introduction; Syllabus structure relating to book topics; AS Level; Topic 1 Physical quantities and units; 1.1 Physical quantities; 1.2 SI quantities and base units; 1.3 Scalars and vectors; Topic 2 Measurement techniques; 2.1 Measurements; 2.2 Errors and uncertainties; Topic 3 Kinematics; 3.1 Speed, displacement, velocity and acceleration; Topic 4 Dynamics; 4.1 Relationships involving force and mass; 4.2 Weight; 4.3 The principle of conservation of momentum; Topic 5 Forces, density and pressure; 5.1 Types of force; 5.2 Moment of a force.
- 5.3 Equilibrium of forces5.4 Density and pressure; Topic 6 Work, energy, power; 6.2 Work; 6.1 Energy; 6.3 Kinetic energy; 6.4 Power; Topic 9 Deformation of solids; 9.1 & 9.2 Force and deformation; Topic 14 Waves; 14.1 Wave motion; 14.2 Graphical representation of waves; 14.3 The determination of the frequency of sound using a calibrated c.r.o.; 14.4 Doppler effect; 14.5 The electromagnetic spectrum; Topic 15 Superposition; 15.3 Interference; 15.1 Stationary waves; 14.3 Measuring the speed of sound using stationary waves; 15.2 & 15.4 Diffraction; Topic 17 Electric fields.
- 17.1 Electric forces and fields17.2 Electric field strength; Topic 19 Current of electricity; 19.1 Charge and current; 19.2 Potential difference; 19.3 Resistance; Topic 20 D.C. circuits; 20.1 Electrical circuits; 20.2 Kirchhoff's first and second laws; 20.3 Potential dividers and potentiometers; Topic 26 Particle physics; 26.1 Atomic structure and radioactivity; 26.2 Fundamental particles; A Level; Topic 7 Motion in a circle.; 7.1 Radian measure and angular displacement; 7.2 Centripetal acceleration and centripetal force; Topic 8 Gravitational fields; 8.1 Gravitational field.
- 8.2 & 8.3 Gravitational field strength8.4 Gravitational potential and gravitational potential energy; Topic 10 Ideal gases; 10.1 & 10.3 Equation of state of an ideal gas; 10.2 A microscopic model of a gas; Topic 11 Temperature; 11.1 Temperature; 11.2 Temperature scales; 11.3 Thermometers; Topic 12 Thermal properties of materials; 12.1 Solids, liquids and gases, and thermal (heat) energy; 12.2 Internal energy; Topic 13 Oscillations; 13.1 Oscillations; 13.2 Energy changes in simple harmonic motion; 13.3 Free and damped oscillations; Topic 14 Ultrasound; 14.6 The generation and use of ultrasound.
- Topic 16 Communication16.1 Communication channels; 16.2 Modulation; 16.3 Analogue and digital signals; 16.4 Relative merits of channels of communication; 16.5 Signal attenuation; Topic 17 Electric fields; 17.3 Point charges; 17.4 Electric field strength due to a point charge; 17.5 Electric potential energy and electric potential; Topic 18 Capacitance; 18.1 Capacitors and capacitance; 18.2 Energy stored in a capacitor; Topics 19 & 20 Electronic sensors; 19.4 Sensing devices; 20.3 The use of potential dividers; Topic 21 Electronics; 21.1 The ideal operational amplifier (op-amp).