PART1 THE PHYSICAL FUNDAMENTALS OF MECHANICS 1 Kinematics 1.1 MECHANICAL MOTION 1.2 VECTIORS 1.3 VELOCITY AND SPEED 1.4 ACCELERATION 2 Laws of Conservation 2.1 QUANTTIES OBEYING THE LAWS OF CONSERVATION 2.2 KINETIC ENERGY 2.3 WORK 2.4 CONSERVATIVE FORCES 2.5 POTENTIAL ENERGY IN AN EXTERNAL FORCE FIELD 3 Mechanics of a Rigid Body 3.1 MOTION OF A BODY 3.2 MOTION OF THE CENTER OF MASS OF A BODY 3.3 ROTATION OF A BODY ABOUT A FIXED AXIS PART2 MOLECULAR PHYSICS 4 General Information 4.1 STATISTICAL PHYSICS AND THERMODYNAMICS 4.2 MASS AND SIZE MOLECULES 4.3 STATE OF ASYSTEM PROCESS 4.4 INTERNAL ENERGY OF A SYSTEM 4.5 THE FIRSI LAW OF THERMODYNAMICS 4.6 WORK DONE BY A BODY UPON CHANGES IN VOLOME 4.7 TEMPERATURE 4.8 EQUATION OF SLATE OF AN IDEAL GAS 5 Statistical Physics 5.1 INFORMATION FROM THE THEORY OF PROBABILITY 5.2 NATURE OF THE THERMAL MOTION OF MOLECULES 5.3 NUMBER OF COLLISIONS OF MOLECULES WITH A WALL 5.4 PRESSURE OF A GAS ON A WALL PART 30PllCS 6 Interference of Light 6.1 INTERFERENCE OF LIGHT WAVES 6.2 COHERENCE 6.3 WAYS OF OBSERVING THE INTERFERENCE OF LIGHT 7 Diffraction of Light 7.1 INTRODUCTION 7.2 HUYGENS-FRESNEL PRINCIPLE 7.3 FRESNE ZONES PART 4 ELECTRICIIY AND MAGNETISM 8 Electric Field in a Vacuum 8.1 ELECTRIC CHARGE 8.2 COULOMBS LAW 8.3 SYSTEMS OF UNITS 8.4 RATIONALIZED FORM OF WRITING FORMULAS 8.5 ELECTRIC FIELD. FIELD STRENGTH 8.6 POTENTIAL …… 9 Magnetic Field in a Vacuum 10 Maxwell s Equations PART5 MODERN PYISICS 11 Redlativity 12 The Nucleus and Radioactivity
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