University Physics |
Contents
HEAT | 127 |
Chap Page I TEMPERATURE AND THERMOMETRY | 157 |
THERMAL EXPANSION OF SOLIDS AND LIQUIDS | 165 |
Copyright | |
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ammeter angle angular anode axis beam body Boyle's law calorimeter cell centre Chap charge circuit coefficient coil condenser conductor constant curve cylinder defined density determined direction disk distance effect electric electrolysis electromagnetic electrons energy equal equation experiment focal length force frequency galvanometer gases given glass gravity Hence horizontal inductance intensity kinetic lens light liquid magnetic field mass measured mercury metal method mirror molecules motion observed obtained Ohm's law optical oscillation parallel pendulum perpendicular photoelectric effect plane plate polarized pole position potential difference pressure prism quantity radiation radius ratio rays reflection refractive index resistance rotation shown in fig slit solenoid specific heat spectrum sphere surface surface tension temperature termed theory thermal thermal conductivity thermometer tube unit V₁ vapour velocity velocity of sound vertical vibrations volume wave-length waves weight wire Young's modulus