## Example - Projectile on Flat Ground

A worked example of a projectile problem where the projectile starts and ends at the same level. Techniques for solving two equations with two unknowns are used....

From Dave Avis

A worked example of a projectile problem where the projectile starts and ends at the same level. Techniques for solving two equations with two unknowns are used....

From Dave Avis

A worked example of a projectile problem where the projectile starts and ends at the same level. Techniques for solving two equations with two unknowns are used....

From Dave Avis

A worked example of a projectile problem where the projectile lands lower than it started....

From Dave Avis

A worked example of a projectile problem where the projectile lands lower than it started....

From Dave Avis

How to use Newton's Laws with systems of objects....

From Dave Avis

An introduction to Newton's Laws of Motion....

From Dave Avis

How to go from a free body diagram to a net force equation. How to set up and use net force equations....

From Dave Avis

How to go from a free body diagram to a net force equation. How to set up and use net force equations....

From Dave Avis

Introduction to the force of friction. Definitions and equations....

From Dave Avis

Introduction to the force of friction. Definitions and equations....

From Dave Avis

How to draw Free Body Diagrams....

From Dave Avis

How to draw Free Body Diagrams....

From Dave Avis

Common forces used in Newton's Laws problems. Gravity, Normal Force, Friction, Springs, and Tension forces....

From Dave Avis

Common forces used in Newton's Laws problems. Gravity, Normal Force, Friction, Springs, and Tension forces....

From Dave Avis

Learn enough calculus to succeed in AP Physics C. Table of Contents: 00:00 - Calculus in 10 Minutes or Less 00:05 - Slope 00:12 - Slope 00:49 - Derivatives 01:11 - Derivatives 01:52 - Derivative Rules 02:39 - 03:46 - Area 03:58 - Area 04:04 - Integrals...

From Dave Avis

Learn enough calculus to succeed in AP Physics C. Table of Contents: 00:00 - Calculus in 10 Minutes or Less 00:05 - Slope 00:12 - Slope 00:49 - Derivatives 01:11 - Derivatives 01:52 - Derivative Rules 02:39 - 03:46 - Area 03:58 - Area 04:04 - Integrals...

From Dave Avis

An introduction to projectile motion, complete with a sample problem. Update: There are 2 major errors in the example problem. See if you can find them....

From Dave Avis

An introduction to projectile motion, complete with a sample problem. Update: There are 2 major errors in the example problem. See if you can find them....

From Dave Avis

An introduction to projectile motion, complete with a sample problem. Update: There are 2 major errors in the example problem. See if you can find them....

From Dave Avis

Position vs. Time, Velocity vs. Time, Acceleration vs. Time graphs. Table of Contents: 00:09 - Position vs. Time Graph Properties 00:39 - Velocity = Slope 01:02 - Acceleration 01:46 - 02:39 - Velocity-Time and Acceleration-Time Graphs 02:43 - Velocity ...

From Dave Avis

Position vs. Time, Velocity vs. Time, Acceleration vs. Time graphs. Table of Contents: 00:09 - Position vs. Time Graph Properties 00:39 - Velocity = Slope 01:02 - Acceleration 01:46 - 02:39 - Velocity-Time and Acceleration-Time Graphs 02:43 - Velocity ...

From Dave Avis

Position vs. Time, Velocity vs. Time, Acceleration vs. Time graphs. Table of Contents: 00:09 - Position vs. Time Graph Properties 00:39 - Velocity = Slope 01:02 - Acceleration 01:46 - 02:39 - Velocity-Time and Acceleration-Time Graphs 02:43 - Velocity ...

From Dave Avis

Introduction to the kinematic equations (The 3 Amigos) and how to use them. Table of Contents: 00:07 - The 3 Amigos!!! 00:39 - Choosing an Equation 00:59 - Choosing an Equation 01:47 - Free Fall 03:02 -...

From Dave Avis

Introduction to the kinematic equations (The 3 Amigos) and how to use them. Table of Contents: 00:07 - The 3 Amigos!!! 00:39 - Choosing an Equation 00:59 - Choosing an Equation 01:47 - Free Fall 03:02 -...

From Dave Avis

Introduction to the kinematic equations (The 3 Amigos) and how to use them. Table of Contents: 00:07 - The 3 Amigos!!! 00:39 - Choosing an Equation 00:59 - Choosing an Equation 01:47 - Free Fall 03:02 -...

From Dave Avis

A worked problem involving two different types of motion; constant velocity and accelerated motion. Demonstrating the need to separate the problem into a section for each type of motion. Introducing the concept of "reaction time"....

From Dave Avis

A worked problem involving two different types of motion; constant velocity and accelerated motion. Demonstrating the need to separate the problem into a section for each type of motion. Introducing the concept of "reaction time"....

From Dave Avis

Learning how to describe the relative motion of two objects....

From Dave Avis

Learning how to describe the relative motion of two objects....

From Dave Avis

A worked example involving simultaneous motion. Constant horizontal velocity and vertical accelerated motion. Finding when two objects are in the same place at the same time....

From Dave Avis

A worked example involving simultaneous motion. Constant horizontal velocity and vertical accelerated motion. Finding when two objects are in the same place at the same time....

From Dave Avis

A worked example of a projectile fired at an angle. Given initial velocity and angle, find max height, time in air, and range....

From Dave Avis

A worked example of a projectile fired at an angle. Given initial velocity and angle, find max height, time in air, and range....

From Dave Avis

Showing how to complete the Vandal Lab....

From Dave Avis

Showing how to complete the Vandal Lab....

From Dave Avis

A worked problem with two objects moving simultaneously. Requires use of the quadratic formula. Requires relating two variables with a third to reduce the number of unknowns....

From Dave Avis

A worked problem with two objects moving simultaneously. Requires use of the quadratic formula. Requires relating two variables with a third to reduce the number of unknowns....

From Dave Avis

How to use the PhET Moving Man to complete the Graph Matching lab....

From Dave Avis

How to use the PhET Moving Man to complete the Graph Matching lab....

From Dave Avis

An introduction to distance vs. displacement, speed vs. velocity, and acceleration. The same as the previous video of the same name, but this time I moved my face off of the words....

From Dave Avis

An introduction to distance vs. displacement, speed vs. velocity, and acceleration. The same as the previous video of the same name, but this time I moved my face off of the words....

From Dave Avis

An introduction to terminology and how to draw vectors. Table of Contents: 00:05 - Two Types of Quantities 00:32 - Basic Terminology 00:58 - Vectors 01:47 - Direction 02:27 - Draw the Vector 3 m/s at 90° 04:06 -...

From Dave Avis

An introduction to terminology and how to draw vectors. Table of Contents: 00:05 - Two Types of Quantities 00:32 - Basic Terminology 00:58 - Vectors 01:47 - Direction 02:27 - Draw the Vector 3 m/s at 90° 04:06 -...

From Dave Avis

Basic unit conversions and how to rearrange formulas. Table of Contents: 00:11 - 00:52 - Unit Conversions 01:12 - 01:44 - 02:05 - 02:40 - How do you undo... 03:16 - Subscripts 05:00 - 06:06 -...

From Dave Avis

Basic unit conversions and how to rearrange formulas. Table of Contents: 00:11 - 00:52 - Unit Conversions 01:12 - 01:44 - 02:05 - 02:40 - How do you undo... 03:16 - Subscripts 05:00 - 06:06 -...

From Dave Avis

Introduces vector components, both how to draw and how to calculate. Table of Contents: 00:07 - Vector Components 00:43 - Finding Components with Trig 01:43 - Another Look 02:20 - PhET: Vector Addition...

From Dave Avis

Introduces vector components, both how to draw and how to calculate. Table of Contents: 00:07 - Vector Components 00:43 - Finding Components with Trig 01:43 - Another Look 02:20 - PhET: Vector Addition...

From Dave Avis

Unit vectors for those who know vectors, but have never seen unit vectors. Table of Contents: 00:00 - Unit Vectors 00:04 - Unit Vector 01:10 - Describing Vectors 02:15 - Negative Vectors...

From Dave Avis