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This video looks at momentum and how it is linked to force over time and then how we can use this to solve for the average force of an object during a collision.

This video demonstrates how to use differential equations to obtain and solve motion equations in a problem where only forces and initial conditions are given.

This video looks at translating a point on the plane using both formation notation as well as vector notation

This video looks at calculating the determinant and inverse of 2 x 2 matrices algebraically and solve matrix equations of the form AX = B, where A is a 2 x 2 matrix and X and B are column vectors using an example.

This video demonstrates how to evaluate the multiplicative inverse of a matrix

This video demonstrates how to calculate the determinant of a matrix and how to use the determinant to identify if the matrix is singular or non-singular

This video demonstrates what an Identity matrix is and how using it for multiplication yields the original matrix.

This video demonstrates an example of multiplying matrices, including checking to see if the product exists or not.

This video looks at how to determine if you can multiply two matrices and how to do it.

This video demonstrates how to solve for the equations of motion for a projectile launched from a platform above the ground. It then looks at how to solve for the maximum height and range of the projectile. It also looks as the projectile either hitting or missing an object in its path

This video covers how to use vectors to determine equations of motion for a projectile that was launched from the ground. It also looks at how to use these equations to determine the flight time, range and maximum height the projectile went above the ground.

This video demonstrates how to determine if two particles collide given the paths as two vector functions

This video demonstrates how to determine if the paths of two particles cross given the paths as two vector functions

This video demonstrates how to sketch the path of a particle from a vector equation in motion. This first requires expressing the parametric equation in Cartesian form. Then you use the Cartesian from to identify the shape and important points, then sketch the curve

Solve Exponential Functions Involving Fractions

Solving Algebraic Permutation Problems

Introduction to Permutations and the Permutation Formula

Vector Equation function of Path of Motion

Identify the Shape of a 3D Curve as a Vector Equation

Express Projection of a Vector Equation in a Single Plane n Cartesian Form

Express Vector Equation in Cartesian Form

Expressing Polar Parametric Equations in Cartesian Form

Expressing Parametric Equations in Cartesian Equation Form

Simplifying Algebraic Fractions with Factorials

Evaluating Fractions with Factorials

Introduction to Factorials Notation

Inclusion-Exclusion Principle with 3 sets

2 Set Inclusion-Exclusion Principle Example

Selection with Condition using Addition & Multiplication Principles