Newtonian Physics
Contents:
Introduction and Review [ The Scientific Method ~ What Is Physics? ~ How to Learn Physics ~ Self-Evaluation ~ Basics of the Metric System ~ The Newton, the Metric Unit of Force ~ Less Common Metric Prefixes ~ Scientific Notation ~ Conversions ~ Significant Figures ]
Scaling and Order-of-Magnitude Estimates
[ Introduction ~ Scaling of Area and Volume ~ Scaling Applied to Biology ~ Order-of-Magnitude Estimates]
Velocity and Relative Motion [ Types of Motion ~ Describing Distance and Time ~ Graphs of Motion; Velocity ~ The Principle of Inertia ~ Addition of Velocities ~ Graphs of Velocity Versus Time ~ R Applications of Calculus ]
Acceleration and Free Fall [ The Motion of Falling Objects ~ Acceleration ~ Positive and Negative Acceleration ~ Varying Acceleration ~ The Area Under the Velocity-Time Graph ~ Algebraic Results for Constant Acceleration ~ Biological Effects of Weightlessness ~ R Applications of Calculus ]
Force and Motion [ Force ~ Newton's First Law ~ Newton's Second Law ~ What Force Is Not ~ Inertial and Noninertial Frames of motion ]
Analysis of Forces [ Newton's Third Law ~ Classification and Behavior of Forces ~ Analysis of Forces ~ Transmission of Forces by Low-Mass Objects ~ Objects Under Strain ~ Simple Machines: The Pulley.]
Newton’s Laws in Three Dimensions
[ Forces Have No Perpendicular Effects ~ Coordinates and Components ~ Newton's Laws in Three Dimensions]
Vectors [ Vector Notation ~ Calculations with Magnitude and Direction ~ Techniques for Adding Vectors ~ Unit Vector Notation ~ Rotational Invariance]
Vectors and Motion [ The Velocity Vector ~ The Acceleration Vector ~ The Force Vector and Simple Machines ~ R Calculus With Vectors]
Circular Motion [ Conceptual Framework for Circular Motion ~ Uniform Circular Motion ~ Nonuniform Circular Motion ]
Gravity [ Kepler's Laws ~ Newton's Law of Gravity ~ Apparent Weightlessness ~ Vector Addition of Gravitational Forces ~ Weighing the Earth ~ Evidence for Repulsive Gravity ]
Download>> Newtonian Physics
Introduction and Review [ The Scientific Method ~ What Is Physics? ~ How to Learn Physics ~ Self-Evaluation ~ Basics of the Metric System ~ The Newton, the Metric Unit of Force ~ Less Common Metric Prefixes ~ Scientific Notation ~ Conversions ~ Significant Figures ]
Scaling and Order-of-Magnitude Estimates
[ Introduction ~ Scaling of Area and Volume ~ Scaling Applied to Biology ~ Order-of-Magnitude Estimates]
Velocity and Relative Motion [ Types of Motion ~ Describing Distance and Time ~ Graphs of Motion; Velocity ~ The Principle of Inertia ~ Addition of Velocities ~ Graphs of Velocity Versus Time ~ R Applications of Calculus ]
Acceleration and Free Fall [ The Motion of Falling Objects ~ Acceleration ~ Positive and Negative Acceleration ~ Varying Acceleration ~ The Area Under the Velocity-Time Graph ~ Algebraic Results for Constant Acceleration ~ Biological Effects of Weightlessness ~ R Applications of Calculus ]
Force and Motion [ Force ~ Newton's First Law ~ Newton's Second Law ~ What Force Is Not ~ Inertial and Noninertial Frames of motion ]
Analysis of Forces [ Newton's Third Law ~ Classification and Behavior of Forces ~ Analysis of Forces ~ Transmission of Forces by Low-Mass Objects ~ Objects Under Strain ~ Simple Machines: The Pulley.]
Newton’s Laws in Three Dimensions
[ Forces Have No Perpendicular Effects ~ Coordinates and Components ~ Newton's Laws in Three Dimensions]
Vectors [ Vector Notation ~ Calculations with Magnitude and Direction ~ Techniques for Adding Vectors ~ Unit Vector Notation ~ Rotational Invariance]
Vectors and Motion [ The Velocity Vector ~ The Acceleration Vector ~ The Force Vector and Simple Machines ~ R Calculus With Vectors]
Circular Motion [ Conceptual Framework for Circular Motion ~ Uniform Circular Motion ~ Nonuniform Circular Motion ]
Gravity [ Kepler's Laws ~ Newton's Law of Gravity ~ Apparent Weightlessness ~ Vector Addition of Gravitational Forces ~ Weighing the Earth ~ Evidence for Repulsive Gravity ]
Download>> Newtonian Physics
