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020			_a9971-51-330-7
040			_cUM Bansalan College LIC
082			_aBCir. 530 _bH155f
100			_98754 _aHalliday, David
245			_aFundamentals of physics
260			_a--India: _bJohn Wiley and Sons, Inc., _c2001
300			_axxiv, 1144p. : _bill. ; _c26cm
500			_aIncludes appendices, index.
505			_aChapter 1. Measurement. --2. Motion along a straight line. --3. Vectors. --4. Motion in two and three dimensions. --5. Force and motion I. --6. Force and motion II. --7. Kinetic energy and work. --8. Potential energy conversation of energy. --9. System of particles. --10. Collisions. --11. Rotation. --12. Rolling, torque, and angular momentum. --13. Equilibrium and elasticity. --14. Gravitation. --15. Fluids. --16. Oscillations. --17. Waves I. --18. Waves II. 19. Temperature, heat and the first law of thermodynamics. --20. The kinetic theory of gases. --21. Entropy and the second law of thermodynamics. --22. Electric charge. --23Electric fields. --24. Gauss' law. --25. Electric potential. --26. Capacitance. --27. Current and resistance. --28. Circuits. --29. Magnetic fields. --30. Magnetic fields due to currents. --31. Induction and inductance. --32. Magnetism of matter; Maxwell's equation. --33. Electromagnetic oscillations and alternating current. --34. Electromagnetic waves. --35. Images. --36. Inference. --37. Diffraction. --38. Relativity. --39. Photons and matter waves. --40. More about matter waves. --41. All about atoms. --42. Conduction of electricity in solids. --43. Nuclear physics. --44. Energy from the nucleus. --45. Quarks, leptons and the big bang.
600		0	_98755 _aResnick, Robert, Walker, Jearl
942			_2ddc _cBC
999			_c6502 _d6502