LEADER 00000cam a2200337Ii 4500 
001    ocn915509955 
003    OCoLC 
005    20160825110559.0 
008    150803s2016    mau      b    001 0 eng d 
020    9781619259461 
020    161925946X 
035    (OCoLC)915509955 
040    BTCTA|beng|erda|cBTCTA|dBDX|dOCLCQ|dYDXCP|dDON|dOCLCO
       |dOCLCF|dOCLCQ|dOCLCO|dWKU|dSGB|dLTSCA|dAQ3 
049    CKEA 
050 14 QC7|b.P75 2016 
082 04 530|223 
245 00 Principles of physics /|ceditor, Donald R. Franceschetti. 
264  1 Ipswich, Massachusetts :|bSalem Press, a division of EBSCO
       Information Services, Inc. ;|a[Amenia, New York] :|bGrey 
       House Publishing,|c[2016] 
300    xv, 414 pages :|billustrations ;|c26 cm. 
336    text|btxt|2rdacontent 
337    unmediated|bn|2rdamedia 
338    volume|bnc|2rdacarrier 
504    Includes bibliographical references and index. 
505 0  Aberrations -- Absorption -- Accuracy and precision -- 
       Alpha radiation -- Amplitude -- Angular forces -- Angular 
       momentum -- Antenna -- Arago dot -- Aperture -- 
       Archimedes's principle -- Band theory of solids -- 
       Bernoulli's principle -- Beta radiation -- Blackbody 
       radiation -- Bohr atom -- Bose condensation -- Bra-ket 
       notation -- British thermal unit (BTU) -- Calculating 
       system efficiency -- Circular motion -- Closed systems and
       isolated systems -- Concave and convex -- Conservation of 
       charge -- Conservation of energy -- Convection and 
       conduction -- Cosmic radiation -- Crest and trough -- 
       Density and specific gravity -- Diode -- Distance and area
       -- Distortion -- Doppler effect -- Dynamic systems theory 
       -- Edison effect -- Eigenvectors -- Elastic and inelastic 
       collisions -- Electric circuits: Parallel vs series, 
       diagrams and components -- Electric potential -- Energy 
       and power -- Enthalpy -- Entropy -- Euler's laws of motion
       -- Falling bodies and physics -- Faraday's law -- Feynman 
       diagrams -- Flywheel -- Focal point -- Free body diagram -
       - Frequency -- Gamma radiation -- Gauss's law -- Gluon -- 
       Gravitational potential energy -- Harmonic oscillator -- 
       Harmonics -- Heisenberg uncertainty principle -- Higgs 
       boson -- Horsepower -- Ideal gas law -- Joule -- 
505 0  Kepler's laws -- Kilowatt-hour -- Kinetic and potential 
       energy -- Lenz's law -- Light waves -- Linear motion -- 
       Load -- Loudness and sound intensity -- Magnification -- 
       Mass and weight -- Mass spectrometry -- Mechanical or 
       electrical load and work -- Mössbauer effect -- Net force 
       -- Newton-meter -- Normal force -- Nuclear fission, fusion,
       and mass defect -- Open systems -- Particle accelerators -
       - Particle detectors -- Phase -- Phonon -- Photon -- Pitch
       -- Planck's constant -- Potential energy -- Power -- 
       Prisms -- Projectiles -- Psychophysics -- Quantum 
       chromodynamics -- Quantum field theory -- Quantum 
       mechanics -- Quantum statistics -- Quarks -- Radians and 
       degrees -- Radiation -- Resonance: Nuclear magnetic 
       resonance and electron spin resonance -- Revolutions per 
       minute (rpm) -- Simple, linear, and complex systems -- 
       Simple machines and mechanical advantage -- Solenoid -- 
       Sound amplitude -- Speed -- Springs -- String theory -- 
       Strong nuclear force -- Superconductors -- Switches -- 
       Symmetry -- Systeme International (SI) Units -- 
       Temperature and internal energy -- Term symbol -- Torque -
       - Turbines -- Ultrasound -- Ultraviolet radiation -- 
       Velocity of sound -- Velocity vs. speed -- Volume and 
       capacity -- Watt -- Wavelength -- Wave properties -- Weak 
       force -- Work and force -- Work-energy theorem -- X-ray 
       radiation -- Appendices : The Standard Model -- Nobel 
       Notes: Sub-atomic and Sub-nuclear Physics -- Nobel 
       Laureates -- Pre-Nobel Notables -- Physics Constants -- 
       Physics Laws. 
520    This new resource introduces students and researchers to 
       the fundamentals of physics. Entries are written in easy-
       to-understand language, so readers can use these entries 
       as a solid starting-off point to develop a thorough 
       understanding of this oftentimes confusing subject matter.
       -- http://www.salempress.com/ 
650  0 Physics. 
650  7 Physics.|2fast|0(OCoLC)fst01063025 
700 1  Franceschetti, Donald R.,|d1947-|eeditor. 
994    C0|bCKE