Physics for engineering and science / Michael E. Browne

By:

Browne, Michael E

Material type: Text

TextSeries: Schaum's outline seriesPublication details: New York: McGraw Hill; 2020Edition: 4thDescription: 427 pISBN:

9781260453836

Subject(s):

Physics -- Problems, exercises, etc

DDC classification:

530 Br Ph

Contents:

Review of mathematics Measurement and physics Motion in one dimension Motion in a plane Newton's laws of motion Circular motion Work and energy Potential energy and conservation of energy Linear momentum and collisions Rotational motion Angular momentum Statics and elasticity Oscillations Gravity Fluids Waves and sounds Temperature, heat, and heat transfer The kinetic theory of gases The first and second laws of thermodynamics Electric fields Gauss' law Electric potential Capacitance Current and resistance Direct current circuits Magnetic fields Sources of the magnetic field Electromagnetic induction and inductance Alternating current circuits Electromagnetic waves Mirrors and lenses Interference Diffraction Special relativity Atoms and photons Quantum mechanics Nuclear physics

Item type: Book

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Holdings
Item type	Current library	Call number	Status	Barcode
Book	KCST Library	530 Br Ph (Browse shelf(Opens below))	Available	1000001263
Book	KCST Library	530 Br Ph (Browse shelf(Opens below))	Available	1000001264
Book	KCST Library	530 Br Ph (Browse shelf(Opens below))	Available	1000001265

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Previous	530 Be Co Concepts of modern physics / Arthur Beiser; Sobhit Mahajan; S Rai Choudhury;	530 Br Ph Physics for engineering and science /	530 Br Ph Physics for engineering and science /	530 Br Ph Physics for engineering and science /	530 Bu Co College physics /	530 Bu Co College physics /	530 Co College Physics: Practice Questions /	Next

Review of mathematics
Measurement and physics
Motion in one dimension
Motion in a plane
Newton's laws of motion
Circular motion
Work and energy
Potential energy and conservation of energy
Linear momentum and collisions
Rotational motion
Angular momentum
Statics and elasticity
Oscillations
Gravity
Fluids
Waves and sounds
Temperature, heat, and heat transfer
The kinetic theory of gases
The first and second laws of thermodynamics
Electric fields
Gauss' law
Electric potential
Capacitance
Current and resistance
Direct current circuits
Magnetic fields
Sources of the magnetic field
Electromagnetic induction and inductance
Alternating current circuits
Electromagnetic waves
Mirrors and lenses
Interference
Diffraction
Special relativity
Atoms and photons
Quantum mechanics
Nuclear physics

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