Introduction to Physics
From William Parker Wiki
Contents
- 1 Induction and Astronomy
- 2 The Mechanism of the Heavens
- 3 Kinematics
- 4 Force and Gravitation
- 5 Momentum and Rotation
- 6 Mechanics of Fluids
- 7 Atomic Theory of Matter
- 8 Heat and Work
- 9 Heat as Energy
- 10 Sound as a Wave
- 11 Light as a Wave
- 12 Electricity and Magnetism
- 13 Electric Current and Electromagnetism
- 14 Shadows of the Ether
- 15 Electromagnetic Waves
- 16 Molecular Structure and Electrons
- 17 The Structure of the Atom
Induction and Astronomy
- The Cause of the Seasons
- The Phases of the Moon
- The Daily Path of the Sun
- The Lunar Eclipse and its Cause
- The Shape of the Earth
- The Size of the Earth
- The Relative Distances of the Moon and Sun from Earth
- The Size of the Moon and Sun
- The Absolute Distances to the Moon and Sun from Earth
- The Apparent Motion of the Sun, Stars, and Planets
The Mechanism of the Heavens
- The Law of Motion Change
- The Phases of Venus
- The Heliocentric Solar System
- The Sun as Cause of Planetary Motion
- The Law of Orbital Period and Distance
- The Jovian Moons' Adherence to the Law of Orbital Period and Distance
- The Moon as Earth-like World
- The Amplitude Independence of Pendulum Period
Kinematics
- The Weight Independence of Pendulum Period
- The Length Dependence of Pendulum Period
- The Weight Independence of Freefall Rate
- The Equation of Freefall
- The Constant Acceleration of Objects in Freefall
- The Kinematic Equations
- The Motion of Projectiles
- The Launch Angle Dependence of Projectile Range
- The Vector Nature of Velocity
Force and Gravitation
- The Acceleration of Circular Motion
- The Inverse Square Law of Radius in Circular Acceleration
- The Heavenly Force Cause of Freefall on Earth
- The Gravitational Attraction of Mass
- The Measurement of Force
- The Cause of Acceleration
- The Equation of Gravitation
Momentum and Rotation
- The Necessity of Opposing Force Pairs
- The Conservation of Momentum
- The Law of Levers
- The Necessitation of the Law of Levers by Force Laws and the Vector Nature of Force
- The Conservation of Angular Momentum
- The Cause of Rotational Acceleration by Torque
- The Precession of Rotating Objects about their Polar Axis
Mechanics of Fluids
Atomic Theory of Matter
Heat and Work
Heat as Energy
Sound as a Wave
Light as a Wave
Electricity and Magnetism
- The Attractive Force of Electricity
- The Polar Nature of Electricity
- The Electrical Conductive Classification of Materials
- The Dipolar Composition of Metals
- The Separation of Charge by Capacitors
- The Electrical Explanation for Lightning
- The Consistency of Inverse-Square Gravitational Force with an Emanation Model
- The Inverse-Square Nature of Electrical Force
- The Dipolar Nature of Magnetism
- The Magnetic Nature of Earth
- The Domain Magnet Explanation of Magnetic Repsonse
- The Inverse-Square Nature of Magnetic Force
- The Electric and Magnetic Field Model of Electric Force and Magnetic Torque
Electric Current and Electromagnetism
- The Creation of Electrical Current by Contrasting Metals in a Frog
- The Chemical Nature of an Electrical Battery
- The Magnitude Dependence of Current on Chemical Composition and Number of Battery Cells
- The Force Exerted by a Current on a Magnet
- The Force Exerted by a Magnet on a Current
- The Force Exerted by a Current on Another Current
- The Circulation of Magnetic Field Produced by a Current Around It
- The Perpendicular Direction of Current-Produced Force to Source Current and to Resulting Magnetic Field
- The Inverse-Square Nature of Current-Produced Force
- The Direct Proportion of Voltage to Current and the Electrical Resistivity of Materials
- The Magnitude Dependence of Magnetic Field on the Magnitude of Current
Shadows of the Ether
- The Production of Current in a Coiled Wire by Motion of a Magnet
- The Production of Current in a Coiled Wire by Motion of a Second Current-Carrying Coiled Wire
- The Cause of Current in a Wire by Changing Magnetic Field