| Place of Publication | Harlow, England: |
| Publisher's Name | Pearson Education Limited, |
| Date of Publication | 2014 |
| Extent | vi, 1736p. |
| Other Details | activities with some answers, 3 appendices, equations, graphs (colour), illustrations (colour), indexed, photos (colour), tables |
| Item Descriptor | Known for its uniquely broad, deep and thoughtful set of worked examples-key tools for developing both physical understanding and problem-solving skills. This edition revises all the examples and problem-solving strategies to be more concise and direct while maintaining the T12th Edition's consistent, structured approach and strong focus on modelling as well as math |
| Formatted Content Note | Sections include - Preface/ Hugh D Young and Roger A Freedman; Units, physical quantities and vectors/ Hugh D Young and Roger A Freedman; Motion along a straight line/ Hugh D Young and Roger A Freedman; Motion in two or three dimensions/ Hugh D Young and Roger A Freedman; Newton's laws of motion/ Hugh D Young and Roger A Freedman; Applying Newton's laws/ Hugh D Young and Roger A Freedman; Work and kinetic energy/ Hugh D Young and Roger A Freedman; Potential energy and energy conservation/ Hugh D Young and Roger A Freedman; Momentum, impulse, and collisions/ Hugh D Young and Roger A Freedman; Rotation of rigid bodies/ Hugh D Young and Roger A Freedman; Dynamics of rotational motion/ Hugh D Young and Roger A Freedman; Equilibrium and elasticity/ Hugh D Young and Roger A Freedman; Fluid mechanics/ Hugh D Young and Roger A Freedman; Gravitation/ Hugh D Young and Roger A Freedman; Periodic motion/ Hugh D Young and Roger A Freedman; Mechanical waves/ Hugh D Young and Roger A Freedman; Sound and hearing/ Hugh D Young and Roger A Freedman; Temperature and heat/ Hugh D Young and Roger A Freedman; Thermal properties of matter/ Hugh D Young and Roger A Freedman; The first law of thermodynamics/ Hugh D Young and Roger A Freedman; The second law of thermodynamics/ Hugh D Young and Roger A Freedman; Electric charge and electric field/ Hugh D Young and Roger A Freedman; Gauss's law; Electric potential/ Hugh D Young and Roger A Freedman; Capacitance and dielectrics/ Hugh D Young and Roger A Freedman; Current, resistance, and electromotive force/ Hugh D Young and Roger A Freedman; Direct-current circuits/ Hugh D Young and Roger A Freedman; Magnetic field and magnetic forces/ Hugh D Young and Roger A Freedman; Sources of magnetic field/ Hugh D Young and Roger A Freedman; Electromagnetic induction/ Hugh D Young and Roger A Freedman; Inductance/ Hugh D Young and Roger A Freedman; Alternating current/ Hugh D Young and Roger A Freedman; Electromagnetic waves/ Hugh D Young and Roger A Freedman; The nature and propagation of light/ Hugh D Young and Roger A Freedman; Geometric optics/ Hugh D Young and Roger A Freedman; Interference/ Hugh D Young and Roger A Freedman; Diffraction/ Hugh D Young and Roger A Freedman; Relativity/ Hugh D Young and Roger A Freedman; Photons - light waves behaving as particles/ Hugh D Young and Roger A Freedman; Particles behaving as waves/ Hugh D Young and Roger A Freedman; Quantum mechanics/ Hugh D Young and Roger A Freedman; Atomic structure/ Hugh D Young and Roger A Freedman; Molecules and condensed matter/ Hugh D Young and Roger A Freedman; Nuclear physics/ Hugh D Young and Roger A Freedman; and Particle physics and cosmology/ Hugh D Young and Roger A Freedman |
| Level Content-Audience | Undergraduate |
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| Subject Entry | Physics - Textbook
University physics - Textbook |
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