Introduction to the derivatives of polynomial terms and trigonometric functions thought about geometrically and intuitively. The goal is for these formulas to feel like something the student could have discovered, rather than something...

Newton's method, and the fractals the ensue

A classic problem that Johann Bernoulli posed to famous mathematicians of his time, such as Newton, and how Bernoulli found an incredibly clever solution using properties of light.

An introduction to what a derivative is, and how it formalizes an otherwise paradoxical idea.

A classic problem that Johann Bernoulli posed to famous mathematicians of his time, such as Newton, and how Bernoulli found an incredibly clever solution using properties of light.

How to think about implicit differentiation in terms of functions with multiple inputs, and tiny nudges to those inputs.

An introduction to what a derivative is, and how it formalizes an otherwise paradoxical idea.

Introduction to the derivatives of polynomial terms and trigonometric functions thought about geometrically and intuitively. The goal is for these formulas to feel like something the student could have discovered, rather than something...

Introduction to the derivatives of polynomial terms and trigonometric functions thought about geometrically and intuitively. The goal is for these formulas to feel like something the student could have discovered, rather than something...

Mr. Andersen shows you how to read a position vs. time graph to determine the velocity of an object. Objects that are accelerating are covered in this podcast. He also introduces the tangent line (or the magic pen).

How to think about implicit differentiation in terms of functions with multiple inputs, and tiny nudges to those inputs.

An introduction to what a derivative is, and how it formalizes an otherwise paradoxical idea.

How to think about implicit differentiation in terms of functions with multiple inputs, and tiny nudges to those inputs.

Master the fundamentals of AP Physics 1 Unit 1: Kinematics with this clear, example-driven walkthrough of common stumbling blocks students face. We’ll break down how instantaneous velocity differs from average velocity, why “negative...

Solving differential equations can get pretty tricky, but in this modern age we have some tools that can be very useful. We can use computers to carry out sophisticated numerical methods that can solve any differential equation, no...

Howcast -Learn how to control the direction of the cue ball from pool trick shot champion Andy Segal in this Howcast video.

Howcast -Learn how to make stun shots while playing pool from pool trick shot champion Andy Segal in this Howcast video.

Howcast -Learn how to avoid scratching in pool from pool trick shot champion Andy Segal in this Howcast video.

Howcast -Learn how to make carom shots from pool trick shot champion Andy Segal in this Howcast video.

Howcast -Learn how to make the "Football" shot from pool trick shot champion Andy Segal in this Howcast video.

Welcome to our comprehensive series of Advanced High School Mathematics Tutorials! This series is perfect for students, teachers, and anyone looking to deepen their understanding of higher-level mathematics. Each video breaks down...

The derivative is introduced and several examples are worked through. The difference between average and instantaneous velocity is demonstrated on a graph. The derivative of a power function rule is worked through. Again, graphs are used...

This video continues going over how to find the derivative of functions formed by products of functions by using the product rule. This videos goes over 2 examples illustrating how to find the derivative of functions by using the graphs...

This video goes over the dot product also known as the scalar product. This video goes over 3 challenging examples that require the use of dot product.