GeoGebra
GeoGebra
Classical Mechanics with Numerical Methods
Introduction
Calculus and Vectors
Kinematics
Dynamics
Dynamics with Variable Forces
Harmonic Motion
Circular Motion
Effective Gravitation
Work and Energy
Potential Energy
Collisions
Rigid Body Motion
Lab Tools and Concepts
Classical Mechanics with Numerical Methods
Author:
pvinh3214
,
Timo Budarz
Table of Contents
Introduction
Introduction
The Scope of Physics
Science is Testable
PROBLEMS
Calculus and Vectors
Why Vectors?
Vectors and Complex Numbers
Vector Properties
Three Dimensional Vectors
Direction Cosines
Basic Operations with Vectors
Derivatives and Integrals of Vectors
The Meanings of Functions
Miscellaneous Comments
Problems
Kinematics
When Left Alone
Position
Velocity
Acceleration
Eliminating Time
PROBLEMS
Lab Exercise
Dynamics
Background
Fundamental Interactions
Contact Interactions
Newton's Laws of Motion
Application of Newton's Second Law
Motion on an Incline
Friction on Moving Surfaces
GeoGebra Exercise - Universal Gravitation
PROBLEMS
Lab Exercise - Slope and Friction of a Cart
Dynamics with Variable Forces
Motivation
Differential Equations of Motion
Air Drag
Free Fall with Drag
Propulsion and Machines
Vehicle Resistive Forces
Solving Differential Equations of Motion
PROBLEMS
Lab Exercise - Drag Coefficient Measurement
Harmonic Motion
Elasticity
Hooke's Law
Stress and Strain
Simple Harmonic Motion
Numerical Solutions to Harmonic Motion Problems
The Simple Pendulum
Phase Space
PROBLEMS
Lab Exercise
Circular Motion
Introduction to Circular Motion
Circular Motion Derivation
Circular Orbits
Some Examples
Banked Track with Friction
PROBLEMS
Laboratory Exercise
Effective Gravitation
We Can't Feel Gravity
Further Examples
Earth's Effective Gravitation
Coriolis Force
PROBLEMS
Work and Energy
Kinetic Energy
Work
Parametric Path Integrals
Simpler Cases
Power
Fuel Economy
PROBLEMS
Potential Energy
What you Already Know
Potential Energy Defined
Potential Energy for Universal Gravitation
Energy Conservation
Elastic Potential Energy
Dissipative Forces
PROBLEMS
Collisions
Momentum
Momentum Conservation
Center of Mass
Coefficient of Restitution and Elasticity
Relative Velocity
Collisions
Some Potential Simplifications
PROBLEMS
Rigid Body Motion
Angular Kinematics
Preview of Rotational Motion
Moment of Inertia
Parallel Axis Theorem
Torque
Angular Momentum
Rolling Motion
Precession
Lab Tools and Concepts
Precision and Accuracy
Estimating Error
Units
PROBLEMS
Lab Exercise
Next
Introduction
New Resources
Shade a spheric triangle with "surface".
探究由平行線和截線所成的角
Droste effect
Chaotic behaviour
Average Rate of Change: Graph a Function (2)
Discover Resources
Definite integral
Using Equations to Complete Tables 036
Activity 19
Perp Bisector 2
การบวกจำนวนเต็มบวกกับจำนวนเต็มลบ
Discover Topics
Square
Tangent Function
Poisson Distribution
Mathematics
Mode
