HEAT & THERMODYNAMICS
CONTENTS OF CHAPTER #11
HEAT (new) THERMOMETRIC PROPERTIES (new) THERMAL EQUILIBRIUM (new) TEMPERATURE (new)
KINETIC MOLECULAR THEORY OF GASES (new)
SCALES OF TEMPERATURE (new) CALORIC THEORY (new)
SHOW THAT P = Nv KT (new)
SHOW THAT THE AVERAGE TRANSLATIONAL KINETIC ENERGY OF THE MOLECULES OF A GAS IS DIRECTLY PROPORTIONAL TO ABSOLUTE TEMPERATURE. (new)
THERMAL EXPANSION LINEAR EXPANSION COEFFICIENT OF THERMAL EXPANSION
VOLUMETRIC EXPANSION COEFFICIENT OF VOLUMETRIC EXPANSION
THERMOSTAT
EXPRESSION FOR GAS PRESSURE
VERIFICATION OF BOYLE'S LAW IN THE LIGHT OF K.M.T. VERIFICATION OF CHARLES LAW IN THE LIGHT OF K.M.T.
SPECIFIC HEAT DETERMINATION OF SPECIFIC HEAT
MOLAR SPECIFIC HEAT MOLAR SPECIFIC HEAT AT CONSTANT VOLUME MOLAR SPECIFIC HEAT AT CONSTANT PRESSURE SHOW THAT CP - CV = R (new)
THERMODYNAMICS (new) FIRST LAW OF THERMODYNAMICS (new) ISOBARIC PROCESS (new) ISOCHORIC PROCESS (new) ISOTHERMAL PROCESS (new) SYSTEM (new) SURROUNDINGS (new)
PRESSURE-VOLUME WORK
ELECTROSTATICS
CONTENTS OF CHAPTER #12
COULOMB'S LAW .
ELECTRIC FIELD ELECTRIC INTENSITY ELECTRIC LINES OF FORCE .
ELECTRIC INTENSITY DUE TO A POINT CHARGE .
ELECTRIC FLUX .
ELECTRIC FLUX THROUGH A SPHERE
GAUSS'S LAW
ELECTRIC INTENSITY DUE TO THE SHEET OF CHARGE .
ELECTRIC INTENSITY BETWEEN TWO OPPOSITELY CHARGED PLATES
CAPACITOR PRINCIPLE OF CAPACITOR PARALLEL PLATE CAPACITOR
CAPACITANCE OF CAPACITOR
CAPACITANCE OF COMPLETELY FILLED CAPACITOR CAPACITANCE OF PARTIALLY FILLED CAPACITOR
CONTENTS OF CHAPTER #13
ELECTRIC CURRENT
RESISTANCE RESISTIVITY FACTORS ON WHICH RESISTANCE DEPENDS
RESISTANCE AND TEMPERATURE TEMPERATURE COEFFICIENT
OHM'S LAW
SERIES COMBINATION OF RESISTORS
PARALLEL COMBINATION OF RESISTORS
EMF AND TERMINAL POTENTIAL DIFFERENCE
POWER DISSIPATION IN RESISTOR
MAGNETISM
CONTENTS OF CHAPTER #14
Magnetic flux flux density
Determination of e/m of an electron by J.J.Thomson's method
Biot-Savart's law Ampere's circuital law (Ampere's law)
solenoid
Toroid
A.C. generator (full details) construction, working & expression for E.M.F.
Electromagnetic induction Faraday's law of electromagnetic induction Lenz's law
Mutual induction Mutual inductance
Self induction Self inductance Non-inductive winding (new) Force on a charge moving in a magnetic field (new) Force on current carrying conductor in a magnetic field (new) Torque in a coil in magnetic field (new) Motional EMF (new)
Transformer
CONTENTS OF CHAPTER #15
WHEATSTONE BRIDGE
GALVANOMETER CONSTRUCTION AND WORKING OF GALVANOMETER
SENSITIVITY OF GALVANOMETER
AMMETER VOLTMETER CONVERSION OF GALVANOMETER INTO AMMETER CONVERSION OF GALVANOMETER INTO VOLTMETER
ELECTRONICS
CONTENTS OF CHAPTER #16
ELECTRONICS p-TYPE SUBSTANCE n-TYPE SUBSTANCE RECTIFIER RECTIFICATION FORWARD BIASING REVERSE BIASING DOPING
SEMICONDUCTOR DIODE OR pn-JUNCTION DIODE
TRANSISTORS
CONTENTS OF CHAPTER #17
PAIR PRODUCTION (NEW)
PHOTO ELECTRIC EFFECT THRESHOLD FREQUENCY WORK FUNCTION STOPPING POTENTIAL PHOTOCELL
EFFECT OF INTENSITY ON PHOTO ELECTRIC EFFECT EINSTEIN'S PHOTOELECTRIC EQUATION
THEORY OF RELATIVITY FRAME OF REFERENCE INERTIAL FRAME OF REFERENCE NON-INERTIAL FRAME OF REFERENCE POSTULATES OF SPECIAL THEORY OF RELATIVITY GENERAL THEORY OF RELATIVITY
CONSEQUENCES OF SPECIAL THEORY OF RELATIVITY
HEISENBERG'S UNCERTAINTY PRINCIPLE
DAVISSON AND GERMER'S EXPERIMENT (NEW)
COMPTON'S EFFECT (NEW)
LASER(NEW) CLASSIFICATION OF LASER(NEW) BASIC CONDITIONS TO PRODUCE LASER (NEW) PRINCIPLE OF LASER (NEW)
RUBY LASER (NEW) APPLICATIONS OF LASER (NEW)
CONTENTS OF CHAPTER #19
LAW OF RADIOACTIVE DECAY
CONTENTS OF CHAPTER # 20
WILSON CLOUD CHAMBER
GEIGER COUNTER
