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In this video we will look at how to use integrals to find displacement, total distance traveled, and actual position. We will also practice interpreting given integral expressions in terms of motion. Given a velocity graph, we will determine when a particle moves left/right, when it is slowing down, stopped, or changing direction. We will also determine when the acceleration is positive, negat...

In tis video we will solve an AP Free Response style Differential Equation problem.

In this video we will examine Newton's Law of Cooling and how to represent such a situation with a differential equation. We will then solve a differential equation involving Newton's Law of Cooling.

In this video we will practice modeling situations with differential equations and then we will solve an AP Type free response questions involving a separable differential equation.

In this video we will solve differential equations involving exponential growth and decay.

In this video we will model given situations with a differential equation. Next, we will verify solutions for given differential equations. Finally, we will solve separable differential equations. We will use the TI-Nspire to draw the lopefield with the particular solution to our differential equation.

This video covers basic antiderivatives and their general solutions involving the power rule and trig antiderivatives.

We will look at problems that require long division before we can integrate.

We will look at problems requiring us to Complete the Square before integrating.

We will use u-substitution to reverse the Chain Rule used when taking the derivative of functions involving Arctan (u), Arcsin(u), tan(u), cot(u), sec(u) & csc(u).

We will look at an AP type free response question using the Fundamental Theorem of Calculus Parts I and II, and finally a u-substitution when given the graph of the derivative of a function.

We will use u-substitution to reverse the Chain Rule used when taking the derivative of functions involving e^u, ln|u|, and a^u.

We will use u-substitution to reverse the Chain Rule used when taking the derivative of functions involving the Power Rule and derivatives of the 6 basic Trigonometric Functions.

This video is for a first semester calculus course, AP Caclulus AB or AP Calculus BC. This video will explore the Fundamental Theorem of Calculus, Part II.

5 More Fundamental Theorem of Calculus Part I

4 The Fundamental Theorem of Calculus Part I

3 Average Value

2 Initial Value Problems

3 Linear Cubic Systems

2 Linear Circle Systems

1 Linear Quadratic Systems

12 Using Pythagorean Identities to Solve Quadratic Trig Equations

11 Sum and Difference Identities

9 Pythagorean Identities and Double Angle Identities

5 Solving Quadratic Trigonometric Equations

3 Solving Linear Trigonometric Equations

2 Evaluating with Inverse Trig Functions

1 Inverse Trig Functions

3 Reference Angles