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Applied Physics (Code 102)

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Applied Physics (Code 102)

Dr. Neelam Gupta, Nishant Kumar Dadhich, Shweta Arora

ISBN: 978-81-8444-391-2 | SKU: 978-81-8444-391-2

432

Pages

2015

Reprinted

2010

Edition

PB

HB/PB

Hindi

Language

Book Index

  1. Units and Dimensions
  2. Introduction
  3. Basic physical quantities and their units
  4. System of units
  5. International system of units
  6. International definition of basic units
  7. Derived physical quantities
  8. Dimensions
  9. Dimensional formulae of physical quantities
  10. Applications of dimensional equations
  11. Elasticity
  12. Elasticity
  13. Stress
  14. Strain
  15. Hook’s law
  16. Poisson’s ratio
  17. Properties of Liquids (Fluid)
  18. Surface tension
  19. Surface energy
  20. Relation between surface tension & surface energy
  21. Molecular forces
  22. Capillarity
  23. Determination of surface tension of liquid by capillary rise method
  24. Determination of surface tension of water by capillary rise method
  25. Streamline flow and turbulent flow
  26. Viscosity
  27. Newton’s law of viscosity
  28. Stoke’s law
  29. Reynold’s number
  30. Gravitation and Satellites
  31. Introduction
  32. Universal law of gravitation: Newton’s law of gravitation
  33. Variation of acceleration due to gravity ‘g’ due to height depth, shape and rotation of earth
  34. Gravitational acceleration at moon
  35. Gravitational field
  36. Motion of plants and Kepler’s laws
  37. Natural and artificial satellites
  38. Geostationary satellite
  39. Polar satellite
  40. Escape velocity
  41. Sound Waves
  42. Wave motion
  43. Sound waves
  44. Wave equations
  45. Newton’s hypothesis
  46. Laplace correction
  47. Effect of the velocity of sound waves
  48. Equation of simple harmonic motion
  49. Principle of superposition
  50. Transfer of Heat
  51. Postulates of molecular theory of gases
  52. Heat and temperature
  53. Transmission of heat
  54. Thermal radiation
  55. Reflection, Absorption and transmit coefficient
  56. Black body
  57. Heat exchange principle of Prevost
  58. Kirchoff”S law
  59. Stefan’s – Boltzman’s law
  60. Rate of cooling
  61. Newton’s law of cooling
  62. Electrostatics
  63. Introduction
  64. Coulomb’s law
  65. Principle of superposition
  66. Electric field
  67. Lines of electric force
  68. Electric potential and potential difference
  69. Relation between intensity of electric field E and electric potential V
  70. D.C. Circuit
  71. Electric current
  72. Potential difference
  73. Electro motive force
  74. Resistivity
  75. Ohm’s law
  76. Series and parallel combination of resistances
  77. Effect of temperature on resistance of a conductor
  78. Kirchoff”s law
  79. Wheat stone bridge
  80. Meter bridge
  81. Principle of potentiometer
  82. A.C. Circuits
  83. Magnetic flux
  84. Electromagnetic induction
  85. Faraday’s law
  86. Self induction
  87. Alternating and direct current
  88. Behavior of different components (L, C, R) in an A.C. circuit
  89. LCR series circuit
  90. Power in an AC circuit
  91. Choke coil
  92. Semiconductor Physics
  93. Energy band in the solids
  94. Bonds in the semiconductor
  95. P-N junction diode
  96. Effect of temperature on conductivity of semiconductor
  97. Relation between voltage and current in P – N diode
  98. Zener diode
  99. Rectifier
  100. Transistor
  101. Relation between α and β
  102. Transistor as an amplifier
  103. Modern Physics
  104. Photo electric effect
  105. Einstein’s photo electric equation
  106. Photo electric cell or photo cell
  107. Laser (Light amplification by stimulated emission of radiation)
  108. Relation between Einstein’s constants
  109. Light amplification
  110. Population inversion
  111. Metastable states
  112. The ruby leaser
  113. He – Ne gas laser
  114. Applications of laser beams
  115. Nuclear Physics
  116. Nucleus of an atom
  117. Composition of nucleus
  118. Nuclear size
  119. Nuclear density
  120. Atomic mass unit
  121. Isotopes
  122. Isobars
  123. Isotopes
  124. Nuclear forces
  125. Mass defect
  126. Nuclear binding energy
  127. Nuclear reaction
  128. Nuclear fission
  129. Chain reaction
  130. Nuclear fusion
  131. Radio activity
  132. Half life
  133. Mean life
  134. Decay constant
  135. Activity
  136. Radioactive series
  137. Uses of radioactive isotope
  138. Pollution and its control
  139. Introduction to pollution
  140. Air pollution
  141. Water pollution
  142. Soil pollution
  143. Noise pollution
  144. Nuclear pollution
  145. Practical Physics
  146. Vernier callipers
  147. Screw gauge
  148. Spherometer
  149. Prism
  150. Travelling microscope
  151. Focal length
  152. Resonance tube
  153. Young’s modulus of elasticity
  154. Simple pendulum
  155. Newton’s law of cooling
  156. Ohm’s law
  157. Meter bridge
  158. Potentiometer
  159. PN junction diode
  160. Transistor
  161. CB configuration
  162. Galvanometer

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