Taylor's Library

Normal view MARC view ISBD view

Physics / Patrick Fullick

By: Fullick, Patrick.
Series: Heinemann advanced science. Publisher: Oxford : Heinemann Educational Publishers, 2000Edition: 2nd. ed.Description: vii, 594 p. ; 26 cm.ISBN: 0435570978.Subject(s): PhysicsDDC classification: 530
Contents:
1. Forces and motion. Introduction. 1.1. Measuring and representing motion. 1.2. Forces and their effects. 1.3. Statics. 1.4. Measuring forces and their effects. 1.5. Energy and motion. 1.6. Moving in arcs and circles. 1.7. Simple harmonic motion. Section 1. Question. Concept map. - 2. Matter and energy. Introduction. 2.1. Describing matter. 2.2. Solids, liquids and gases. - 2.3. Energy, temperature and change of state. 2.4. Principles of thermodynamics. 2.5. Applications of thermodynamics. - Section 2. Question. - 3. Waves. Introduction. 3.1. Waves as oscillations. 3.2. Properties of waves in motion. 3.3. Light and sound. 3.4. Using waves. Section 3. Questions. Concept map. 4. Electricity. Introduction. 4.1. Introducing electricity. 4.2. More about electricity. 4.3. Incomplete circuits and capacitors.4.4. Alternating current. 4.5. Electronics. Section 4. Questions. Concept map. - - 5. Fields. Introduction. 5.1. Action at a distance. 5.2. Gravitational fields and energy. 5.3. Electric fields. 5.4. Magnetic fields.5.5. Electromagnetic introduction. Section 5. Questions. Concept map. - 6. Atomic & nuclear physics. Introduction. 6.1. Atomic structure. 6.2. Radioactivity. 6.3. The decay of the nucleus. 6.4. The nature of the electron. 6.5. The behaviour of electrons in atoms. 6.6. Probing the structure of matter. Section 6. Question. Concept map.
Item type Current location Call number Copy number Status Notes Date due Barcode Remark
Main Collection TC External Storage
530 FUL (Browse shelf) 1 Available CALxx,03000,03,GR | SOExx,87000,03,RA 5000085427 Please fill up online form at https://taylorslibrary.taylors.edu.my/services/external_storage1

1. Forces and motion. Introduction. 1.1. Measuring and representing motion. 1.2. Forces and their effects. 1.3. Statics. 1.4. Measuring forces and their effects. 1.5. Energy and motion. 1.6. Moving in arcs and circles. 1.7. Simple harmonic motion. Section 1. Question. Concept map. - 2. Matter and energy. Introduction. 2.1. Describing matter. 2.2. Solids, liquids and gases. - 2.3. Energy, temperature and change of state. 2.4. Principles of thermodynamics. 2.5. Applications of thermodynamics. - Section 2. Question. - 3. Waves. Introduction. 3.1. Waves as oscillations. 3.2. Properties of waves in motion. 3.3. Light and sound. 3.4. Using waves. Section 3. Questions. Concept map. 4. Electricity. Introduction. 4.1. Introducing electricity. 4.2. More about electricity. 4.3. Incomplete circuits and capacitors.4.4. Alternating current. 4.5. Electronics. Section 4. Questions. Concept map. - - 5. Fields. Introduction. 5.1. Action at a distance. 5.2. Gravitational fields and energy. 5.3. Electric fields. 5.4. Magnetic fields.5.5. Electromagnetic introduction. Section 5. Questions. Concept map. - 6. Atomic & nuclear physics. Introduction. 6.1. Atomic structure. 6.2. Radioactivity. 6.3. The decay of the nucleus. 6.4. The nature of the electron. 6.5. The behaviour of electrons in atoms. 6.6. Probing the structure of matter. Section 6. Question. Concept map.

Physics : 9702