PHYSICS: A TEXTBOOK
CHAPTER 1 INTRODUCTION TO VECTORS SCALAR QUANTITY VECTOR QUANTITY RESULTANT GRAPHICAL ADDITION OF VECTORS (POLYGON METHOD) PARALLELOGRAM METHOD SUBTRACTION OF VECTORS TRIGONOMETRIC FUNCTIONS COMPONENT OF A VECTOR COMPONENT METHOD FOR ADDING VECTORS UNIT VECTORS DISPLACEMENT CHAPTER 2 UNIFORMLY ACCELERATED MOTION SPEED VELOCITY ACCELERATION UNIFORMLY ACCELERATED MOTION ALONG A STRAIGHT LINE DIRECTION IS IMPORTANT INSTANTANEOUS VELOCITY GRAPHICAL INTERPRETATIONS ACCELERATION DUE TO GRAVITY VELOCITY COMPONENTS PROJECTILE PROBLEMS 1 13 CHAPTER 3 NEWTON'S LAWS MASS STANDARD KILOGRAM FORCE NET EXTERNAL FORCE THE NEWTON NEWTON'S FIRST LAW NEWTON'S SECOND LAW NEWTON'S THIRD LAW LAW OF UNIVERSAL GRAVITATION WEIGHT WEIGHT TENSILE FORCE FRICTION FORCE FRICTION COEFFICIENT OF STATIC FRICTION OPERATIONS WITH UNITS RELATION BETWEEN MASS AND NORMAL FORCE COEFFICIENT OF KINETIC DIMENSIONAL ANALYSIS MATHEMATICAL 27 CHAPTER 4 EQUILIBRIUM UNDER THE ACTION OF CONCURRENT FORCES CONCURRENT FORCES AN OBJECT IS IN EQUILIBRIUM FIRST CONDITION FOR EQUILIBRIUM PROBLEM SOLUTION METHOD (CONCURRENT FORCES) WEIGHT OF AN OBJECT TENSILE FORCE FRICTION FORCE NORMAL FORCE 47 CHAPTER 5 EQUILIBRIUM OF A RIGID BODY UNDER COPLANAR FORCES TORQUE (OR MOMENT) TWO CONDITIONS FOR EQUILIBRIUM CENTER OF GRAVITY POSITION OF THE AXIS IS ARBITRARY 56 CHAPTER 6 WORK, ENERGY, AND POWER WORK UNIT OF WORK ENERGY KINETIC ENERGY GRAVITATIONAL POTENTIAL ENERGY WORK-ENERGY THEOREM CONSERVATION OF ENERGY POWER KILOWATT-HOUR 69 CHAPTER 7 SIMPLE MACHINES A MACHINE PRINCIPLE OF WORK MECHANICAL ADVANTAGE EFFICIENCY 80 CHAPTER 8 IMPULSE AND MOMENTUM 87 LINEAR MOMENTUM IMPULSE IMPULSE CAUSES CHANGE IN MOMENTUM CONSERVATION OF LINEAR MOMENTUM COLLISIONS AND EXPLOSIONS PERFECTLY ELASTIC COLLISION COEFFICIENT OF RESTITUTION CENTER OF MASS CHAPTER 9 ANGULAR MOTION IN A PLANE ANGULAR DISPLACEMENT ANGULAR SPEED ANGULAR ACCELERATION EQUATIONS FOR UNIFORMLY ACCELERATED MOTION RELATIONS BETWEEN ANGULAR AND TANGENTIAL QUANTITIES CENTRIPETAL ACCELERATION CENTRIPETAL FORCE 99 CHAPTER 10 RIGID-BODY ROTATION TORQUE (OR MOMENT) MOMENT OF INERTIA TORQUE AND ANGULAR ACCELERATION KINETIC ENERGY OF ROTATION COMBINED ROTATION AND TRANSLATION ANGULAR MOMENTUM ANGULAR IMPULSE PARALLEL-AXIS THEOREM ANALOGOUS LINEAR AND ANGULAR QUANTITIES WORK POWER 111 CHAPTER 11 SIMPLE HARMONIC MOTION AND SPRINGS PERIOD FREQUENCY GRAPH OF A VIBRATORY MOTION DISPLACEMENT RESTORING FORCE SIMPLE HARMONIC MOTION HOOKEAN SYSTEM ELASTIC POTENTIAL ENERGY ENERGY INTERCHANGE SPEED IN SHM ACCELERATION IN SHM REFERENCE CIRCLE PERIOD IN SHM ACCELERATION IN TERMS OF T SIMPLE PENDULUM SHM 126 CHAPTER 12 DENSITY; ELASTICITY MASS DENSITY SPECIFIC GRAVITY ELASTICITY STRESS STRAIN ELASTIC LIMIT YOUNG'S MODULUS BULK MODULUS SHEAR MODULUS 138 CHAPTER 13 FLUIDS AT REST AVERAGE PRESSURE STANDARD ATMOSPHERIC PRESSURE HYDROSTATIC PRESSURE PASCAL'S PRINCIPLE ARCHIMEDES' PRINCIPLE 146 CHAPTER 14 FLUIDS IN MOTION 157 FLUID FLOW OR DISCHARGE EQUATION OF CONTINUITY SHEAR RATE VISCOSITY POISEUILLE'S LAW WORK DONE BY A PISTON WORK DONE BY A PRESSURE BERNOULLI'S EQUATION TORRICELLI'S THEOREM REYNOLDS NUMBER CHAPTER 15 THERMAL EXPANSION TEMPERATURE LINEAR EXPANSION OF SOLIDS AREN EXPANSION VOLUME 166 EXPANSION CHAPTER 16 IDEAL GASES 171 IDEAL (OR PERFECT) GAS ONE MOLE OF A SUBSTANCE IDEAL GAS LAW SPECIAL CASES ABSOLUTE ZERO STANDARD CONDITIONS OR STANDARD TEMPERATURE AND PRESSURE (STP) DALTON'S LAW OF PARTIAL PRESSURES GAS-LAW PROBLEMS CHAPTER 17 KINETIC THEORY KINETIC THEORY AVOGADRO'S NUMBER MASS OF A MOLECULE AVERAGE TRANSLATIONAL KINETIC ENERGY ROOT MEAN SQUARE SPEED ABSOLUTE TEMPERATURE PRESSURE MEAN FREE PATH 179 CHAPTER 18 HEAT QUANTITIES THERMAL ENERGY HEAT SPECIFIC HEAT HEAT GAINED (OR LOST) HEAT OF FUSION HEAT OF VAPORIZATION HEAT OF SUBLIMATION CALORIMETRY PROBLEMS ABSOLUTE HUMIDITY RELATIVE HUMIDITY DEW POINT 185 CHAPTER 19 TRANSFER OF HEAT ENERGY 193 ENERGY CAN BE TRANSFERRED CONDUCTION THERMAL RESISTANCE CONVECTION RADIATION CHAPTER 20 FIRST LAW OF THERMODYNAMICS HEAT INTERNAL ENERGY WORK DONE BY A SYSTEM FIRST LAW OF THERMODYNAMICS ISOBARIC PROCESS ISOVOLUMIC PROCESS ISOTHERMAL PROCESS ADIA HATIC PROCESS SPECIFIC HEATS OF GASES SPECIFIC HEAT RATIO WORK RELATED TO AREA EFFICIENCY OF A HEAT ENGINE 198 CHAPTER 21 ENTROPY AND THE SECOND LAW SECOND LAW OF THERMODYNAMICS ENTROPY ENTROPY IS A MEASURE OF DISORDER MOST PROBABLE STATE 209 CHAPTER 22 WAVE MOTION PROPAGATING WAVE WAVE TERMINOLOGY IN-PHASE VIBRATIONS SPEED OF A TRANSVERSE WAVE STANDING WAVES CONDITIONS FOR RESONANCE LONGITUDINAL (COMPRESSIONAL) WAVES 213 CHAPTER 23 SOUND 223 SOUND WAVES EQUATIONS FOR SOUND SPEED SPEED OF SOUND IN AIR INTENSITY LOUDNESS INTENSITY (OR LOUDNESS) LEVEL BEATS DOPPLER EFFECT INTERFERENCE EFFECTS