Physics for scientists and engineers with modern physics

Alternating current circuits, cap.33

Angular momentum, cap.11

Applications of nuclear physics, cap.45

Atomic physics, cap.42

Capacitance and dielectrics, cap.26

Circular motion and other applications of newtons laws, cap.6

Conservation of energy, cap.8

Current and resistance, cap.27

Diffraction patterns and polarization, cap.38

Direct current circuits, cap.28

Electric fields, cap.23

Electrical potential, cap.25

Electromagnetic waves, cap.34

Energy os a system, cap.7

Faradays law, cap.31

Fluid mechanics, cap.14

Gauss law, cap.24

Heat engines, entropy and the second law of thermodynamics, cap.22

Image formation, cap.36

Inductance, cap.32

Interference of light waves, cap.37

Introduction to quantum physics, cap.40

Linear momentum and collisions, cap.9

Magnetic fields, cap.29

Molecules and solids, cap.43

Motion in one dimension, cap.2

Motion in two dimensions, cap.4

Nuclear structure, cap.44

Oscillatory motion, cap.15

Particle physics and cosmology, cap.46

Physics and measurement, cap.1

Quantum mechanics, cap.41

Relativity, cap.39

Rotation of a rigid object about a fixed axis, cap.10

Sound waves, cap.17

Sources of the magnetic field, cap.30

Static equilibrium and elasticity, cap.12

Superposition and standing waves, cap.18

Temperature, cap.19

The first law of thermodynamics, cap.20

The kinetic theory of gases, cap.21

The laws of motion, cap.5

The nature of light and the laws of geometric optics, cap.35

Universal gravitation, cap.13

Vectors, cap.3

Wave motion, cap.16