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HamiltonHigh School

In Order by Unit

Math for Physics

Vectors and Scalars

Vectors in 2-Dimensions

Scientific Notation

Scientific Notation Example 1

Scientific Notation Example 2

Scientific Notation Example 3

Definition of Sine, Cosine, and Tangent

Sine, Cosine, and Tangent Example

Developing the 30-60-90 Rules

30-60-90 Triangle Example

Sine, Cosine, and Tangent on a Calculator

Isolating the Variable in an Equation

Direct vs. Inverse Relationship

Linear Graphing

Linear Relationships

Slope-Intercept Form

Non-Linear Graphing

The Quadratic Formula

Simplifying Square Roots

Area and Perimeter

Area of Triangles

Area of Circles

Pythagorean Theorem

30-60-90 Right Triangles

45-45-90 Right Triangles

Unit 1

Average Velocity vs. Average Speed

Displacement Example 1 (s = Δx)

Displacement Example 2

Relationship Between Displacement and Velocity-Time Graph

Definition of Acceleration

Deriving Two of the Kinematic Equations

Acceleration Example 1

Acceleration Example 2

Acceleration Example 3

Graphing x, v, and a

Free Fall

Deriving Free Fall Equations Example 1

Deriving Free Fall Equations Example 2

Angular Velocity

Unit 2

The Foundation of Inertia (What Makes Things Stop?)

The Foundations of Inertia Part 2 (Newton's 1st Law)

Questions About Inertia

The Normal Force

An Example of Inertia

The Force of Gravity

Mass vs. Weight (Not the Same Thing)

Why do a Heavy Ball and a Light Ball hit the ground at the Same Time?

x- and y- Components

Tension and Equilibrium Example 1

Tension and Equilibrium Example 2

Charge and Coulomb's Law

Universal Law of Gravitation

Proportional Reasoning and Gravitation

Newton's 3rd Law

Unit 3

Newton's 2nd Law (What Happens if the Forces are Unbalanced?)

Unbalanced Forces

Questions About Unbalanced Forces

The Elevator

The Inclined Plane

The Inclined Plane WITHOUT Friction

Static and Kinetic Friction

Example of Coefficient of Friction

The Inclined Plane WITH Friction Part 1

The Inclined Plane WITH Friction Part 2

The Inclined Plane WITH Friction Part 3

Foundation of Circular Motion

What is Centripetal Acceleration?

Loop-de-loop Problem Set-up (Video Begins at 2:20)

Loop-de-loop Solution Part 1

Loop-de-loop Solution Part 2

Effect of Gravity on a Satellite

Tangential Velocity of a Satellite

Unit 4

Springs and Hooke's Law

Elastic Energy

Work as Kinetic Energy

Work as Gravitational Potential Energy

Conservation of Energy

Inclined Ramp Energy Problem

Comprehensive Energy-Circular Motion Problem

Unit 5

Projectile Problem Concepts

Projectile Problem - Advanced Method

Projectile Example 1

Projectile Example 2 - Part 1

Projectile Example 2 - Part 2

Projectile Example 2 - Part 3

Projectile Example 3 - Part 1

Projectile Example 3 - Part 2

Unit 6

Introduction to Torque

Conservation of Torque (part 1)

Conservation of Torque (part 2)

Unit 7

Impulse, Momentum, and an Inelastic Collision

Explosion Problem

Conservation of Angular Momentum

Unit 8

Basic Wave Properties

Simple Harmonic Motion (Some Calculus)

Period of an Oscillating Mass

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