Test bank to accompany Physics for scientists and engineers, and, for scientists and engineers, with modern physics, [by Raymond A. Serway] Louis H Cadwell; Steve Van Wyk
By: Cadwell, Louis H [aut]
.
Contributor(s): Serway, Raymond A [aut] | Van Wyk, Steve [aut] | The Georgia Institute of Technology Physics Department [autor].
Series: unders golden sunburst series.Philadelphia : Saunders College Publishing 1990Edition: Third edition.Description: 527 pages : Illustrations ; 28 cm.Content type: txt Media type: Carrier type: ncISBN: 0030302838.Subject(s): Física -- Problemas, ejercicios, etc | Física -- Preguntas y respuestas | Physics -- Examinations, questions | Physics -- Questions and answersDDC classification: 530 /
Contents:
Vectors -- Motion in one dimension -- Motion in two dimensions -- The laws of motion -- The laws of motion -- Circular motion and other applications of newto'ns laws -- Work and energy -- Potential energy -- Momentum and collisions -- Rotation of a rigid body -- Angular momentum and torque -- Static equlibrium and elasticity -- Oscillatory motion -- law of universal gravitation -- fluid mechanics -- Wave motion -- Sound waves -- Was split in to 5A and 5B because of its size -- Superposition and standing waves -- Temperature and thermal expansion -- First law of thermodynamics
| Item type | Current location | Collection | Call number | Copy number | Status | Date due | Barcode | Item holds |
|---|---|---|---|---|---|---|---|---|
Libros
|
Biblioteca Central | General | 530 / (Browse shelf) | Ej:1 | Available | 900000016581 |
Total holds: 0
Vectors -- Motion in one dimension -- Motion in two dimensions -- The laws of motion -- The laws of motion -- Circular motion and other applications of newto'ns laws -- Work and energy -- Potential energy -- Momentum and collisions -- Rotation of a rigid body -- Angular momentum and torque -- Static equlibrium and elasticity -- Oscillatory motion -- law of universal gravitation -- fluid mechanics -- Wave motion -- Sound waves -- Was split in to 5A and 5B because of its size -- Superposition and standing waves -- Temperature and thermal expansion -- First law of thermodynamics
There are no comments for this item.