Sears and Zemansky's university physics.

By: Contributor(s): Publication details: San Francisco : Pearson Addison Wesley, c2004.Edition: 11th ed. / Hugh D. Young, Roger A. Freedman ; contributing author, A. Lewis FordDescription: 3 v. (xxi, 1714, [117] p.) : ill. (some col.) ; 26 cmISBN:
  • 0805387676 (v. 1 : with MasteringPhysics)
  • 0805391800 (v. 1 : with MasteringPhysics)
  • 080539186X (v. 1 : without MasteringPhysics)
  • 0805387668 (v. 2 : with MasteringPhysics)
  • 0805391819 (v. 2 : with MasteringPhysics)
  • 0805391878 (v. 2 : without MasteringPhysics)
  • 080538765X (v. 3 : with MasteringPhysics)
  • 0805391827 (v. 3 : with MasteringPhysics)
  • 0805391843 (v. 3 : without MasteringPhysics)
Other title:
  • University physics [Spine title]
Subject(s): DDC classification:
  • 530 21 YOU
LOC classification:
  • QC21.3 .Y68 2004
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CONTENTS

MACHANICS

UNITS, PHYSICAL QUATITIES AND VECTORS
the nature of physics
solving physics problems
e.tc

MOTION ALONG A STARIGHT LINE
Displacement, time and average velocity
the acceleration vector
e.tc

MOTION IN TWO OR THREE DIMENSIONS
position and velocity vectors
the acceleration vector
e.tc

NEWTON'S LAWSOF MOTION
forces and interactions
newton's first law
e.tc

APPLYING NEWTON'S LAWS
using Newton's first law
using newton's second law
e.tc

WORK AND KINETIC ENERGY
work
work and kinetic energy
e.tc

POTENTIAL ENERGY AND ENERGY CONSERVATION
gravitational potential energy
elastic potential energy
e.tc

MOMENTUM, IMPULSE, AND COLLISIONS
momentum and impulse
conservation of momentum
e.tc

ROTATION OF RIGID BODIES
angular velocity and acceleration
rotation with constant angular acceleration
e.tc

DYNAMICS OF ROTATIONAL MOTION
torque
torque and angular acceleration
e.tc

EQUILLIBRUIM AND ELASTICITY
conditions for equilibrium
centre of gravity
e.tc

GRAVITATION
newton's law of gravitation
weight
e.tc

PERIODIC MOTION
describing oscillation
simple harmonic motion
e.tc

FLUID MECHANICS
density
pressure in a fluid
buoyancy
e.tc

WAVES / ACOUSTICS

MECHANICAL WAVES
types of mechanical waves
periodic waves
e.tc

SOUND AND HEARING
sound waves
speed of sound waves
e.tc

THERMODYNAMICS


TEMPERATURE AND HEAT
temperature and thermal equilibrium
thermometers and temperature scales
e.tc


THERMAL PROPERTIES OF MATTER
equations of state
molecular properties of matter
e.tc

THE FIRST LAW OF THERMODYNAMICS
thermodynamic systems
work done during volume changes
e.tc


THE SECOND LAW OF THERMODYNAMICS
directions of thermodynamic processes
heat engines
etc.


ELECTROMAGNETISM

ELECTRIC CHARGE AND ELECTRIC FIELD
electric charge
conductors, insulators, and induced charges
e.tc

GAUSS'S LAW
charge and electric flux
calculating electric flux
e.tc

ELECTRIC POTENTIAL
electric potential energy
electric potential
e.tc

CAPACITANCE AND DIELECTRIC
capacitors and dielectrics
capacitors in serials and parallel
e.tc

CURRENT, RESISTANCE AND ELECTROMOTIVE FORCE
electric current
resistivity
resistance
e.tc

DIRECT-CURRENT CIRCUITS
resistors in serials and parallel
e.tc

MAGNETIC FIELD AND MAGNETIC FORCES
SOUCES OF MAGENETIC FIELD
ELECTROMAGNETIC INDUCTION
INDUCTANCE
ALTERNATIVE CURRENT
ALECTROMAGNETIC WAVES

OPTICS
THE NATURE AND PROPAGATION OF LIGHT
GEOMETRIC OPTICS AND OPTICAL INSTRUMENTS
INTERFERENCE
DIFFRACTION

MODERN PHYSICS
RELATIVITY
PHOTONS, ELECTRONS, AND ATOMS
THE WAVE NATURE OF PARTICLES
QUANTUM MECHANICS
ATOMIC STRUCTURE
MOLECULES AND CONDESES MATTER
NUCLEAR PHYSICS
PARTICLE PHYSICS AND COSMOLOGY



Each vol. accompanied by: MasteringPhysics : student access kit. 13 p. : ill. ; 23 cm.

Includes index.

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