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999			_c2322 _d2322
001			472
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008			180716s9999||||xx |||||||||||||| ||und||
020			_a997151379X (pbk)
040			_cPK-IsLIS
082			_a530 _bC979
100			_aCutnell, John D.
245		0	_aPhysics _c/ John D. Cutnell
250			_a5th ed.
260			_bWiley, _aNew York : _c2004
300			_axxiv, 1002 p.
500			_aincludes index
650			_aPhysics
700			_aKenneth W. Johnson
942			_cBK
505	0		_a1. Introduction and mathematical concepts 2. Kinematics in one dimension 3. Kinematics in two dimension 4. Forces and newton’s laws of motion 5. Dynamics of uniform circular motion 6. Work and energy 7. Impulse and momentum 8. Rotational kinematics 9. Rotational dynamics 10. Simple harmonic motion and elasticity 11. Fluids 12. Temperature and heat 13. The transfer of heat 14. The ideal gas low and kinetic theory 15. Thermodynamics 16. Waves and sound 17. The principle of linear super position and interference phenomena 18. Electric forces and electric fields 19. Electric circuits 20. Magnetic forces and magnetic fields 21. Electromagnetic induction 22. Alternating current circuits 23. Electromagnetic induction 24. Alternating current circuits 25. Electromagnetic waves 26. The reflection of light: mirrors 27. The refraction of light: lenses and optical instrument 28. Interference and the wave nature of light 29. Special relativity 30. Particles and waves 31. The nature of the atom 32. Nuclear physics and radioactivity 33. Ionizing radiation, nuclear energy, and elementary particles