Basic engineering physics /

Publisher: UAE : 3G Elearning, 2015Description: v, 229 pages : illustrations ; 25 cm. + DVD (4 3/4 in.)Content type: text Media type: unmediated Carrier type: volumeISBN: 9789351155225Subject(s): Physics -- Study and teaching. DDC classification: 530.07
Contents:
1. Concepts of crystal physics 1.1 Crystal families and crystal systems 1.2 Lattices, planes and directions 1.3 Alternative unit cells 1.4 Miller indices and planes in crystals 2. Properties of matter and thermal physics 2.1 Structure and properties of matter 2.2 Dalton's atomic theory 2.3 Chemicals formulae of simple compounds 2.4 Elasticity-Hooke's law 2.5 Bending moment 2.6 Modes of heat transfer 2.7 Newton's law of cooling 3. Quantum physics 3.1 Black body radiation 3.2 Planck's theory (Derivation) 3.3 Rayleigh-Jeans radiation law 3.4 G.P Thompson experiment 3.5 Electron microscope 4. Acoustics and ultrasonic 4.1 Classification of sound 4.2 Weber Fechner law 4.3 Fundamental acoustic concepts 4.4 Absorption coefficient and its determination 4.5 Acoustic grating-non destructive testing 4.6 Sonogram 5. Photonics and fiber optics 5.1 Definition of lasers 5.2 Bandwidth of laser gain medium 5.3 Longitudinal cavity modes 5.4 Examples of common lasers 5.5 Operation of a Helium-neon laser 6. Scalar and vector quantities 6.1 Systems f forces 6.2 Moment of a force about a given point
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Item type Current location Home library Call number Status Date due Barcode Item holds
BOOK BOOK HIGH SCHOOL LIBRARY - SHS
HIGH SCHOOL LIBRARY - SHS
SUBJECT REFERENCE 		530.07 B2922 2015 (Browse shelf) Available SHS - 183
Total holds: 0

1. Concepts of crystal physics 1.1 Crystal families and crystal systems 1.2 Lattices, planes and directions 1.3 Alternative unit cells 1.4 Miller indices and planes in crystals 2. Properties of matter and thermal physics 2.1 Structure and properties of matter 2.2 Dalton's atomic theory 2.3 Chemicals formulae of simple compounds 2.4 Elasticity-Hooke's law 2.5 Bending moment 2.6 Modes of heat transfer 2.7 Newton's law of cooling 3. Quantum physics 3.1 Black body radiation 3.2 Planck's theory (Derivation) 3.3 Rayleigh-Jeans radiation law 3.4 G.P Thompson experiment 3.5 Electron microscope 4. Acoustics and ultrasonic 4.1 Classification of sound 4.2 Weber Fechner law 4.3 Fundamental acoustic concepts 4.4 Absorption coefficient and its determination 4.5 Acoustic grating-non destructive testing 4.6 Sonogram 5. Photonics and fiber optics 5.1 Definition of lasers 5.2 Bandwidth of laser gain medium 5.3 Longitudinal cavity modes 5.4 Examples of common lasers 5.5 Operation of a Helium-neon laser 6. Scalar and vector quantities 6.1 Systems f forces 6.2 Moment of a force about a given point

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