Khan Academy
Khan Academy: Integration by Parts: Deriving Integration by Parts Formula
In this video lesson students review the Product Rule and from that derive the formula for integration by parts.
Khan Academy
Khan Academy: Product and Quotient Rules: Quotient Rule for Derivative of Tan X
A video showing the derivative with respect to x of the tan x.
Khan Academy
Khan Academy: Optimization With Calculus: Minimizing Combined Area
In this video using Calculus it shows how to find the cost for the material for the cheapest container.
Khan Academy
Khan Academy: Product and Quotient Rules: Quotient Rule From Product Rule
This video shows you the difference between the quotient rule and the product rule.
Khan Academy
Khan Academy: Expression for Combined Area of Triangle and Square
This video shows how to cut the wire to minimize the area of the combined triangle and square.
Khan Academy
Khan Academy: Rates of Change: Falling Ladder Related Rates
A video demonstration on how to solve a problem involving related rates.
Khan Academy
Khan Academy: Rates of Change Between Radius and Area of Circle
A video demonstrating solving a problem using related rates.
Khan Academy
Khan Academy: Chain Rule: Chain Rule for Derivative of 2^x
Explanation on how to ofind the derivative using the Chain Rule.
Khan Academy
Khan Academy: Power Rule: Derivative Properties and Polynomial Derivatives
This video shows the derivative of a constant function.
Khan Academy
Khan Academy: Chain Rule: Derivative of Log With Arbitrary Base
This video shows how to find the derivative of log with arbitrary base.
Khan Academy
Khan Academy: Minimizing the Cost of a Storage Container
A video showing how to minimize the cost of a storage container.
Khan Academy
Khan Academy: Rates of Change: Related Rates of Water Pouring Into Cone
A video presentation about volume and related rate.
Sophia Learning
Sophia: Difference Quotients
This lesson demonstrates how to evaluate difference quotients for functions. Students can check their understanding with an assessment.
Khan Academy
Khan Academy: Chain Rule: Chain Rule Introduction
A video that demonstrates an introduction to the Chain Rule. [5:07]
Khan Academy
Khan Academy: Rate of Change of Distance Between Approaching Cars
A video demonstrating the rate of change of the distance between a car and a truck.
Khan Academy
Khan Academy: Product Rule for More Than Two Functions
This video shows how to find the derivative of several functions using the product rule.
Khan Academy
Khan Academy: L'hopital's Rule: Proof of Special Case of L'hopital's Rule
This video explains why L'Hopital's Rule works.
Khan Academy
Khan Academy: Iit Jee Differentiability and Boundedness
This video lesson [14:00] looks at a problem on differentiability and boundedness. IIT JEE stands for: Indian Institute of Technology Joint Entrance Examination.
Sophia Learning
Sophia: Exponential Derivatives: Lesson 3
This lesson states the rule for finding the derivative of an exponential function. It is 3 of 6 in the series titled "Exponential Derivatives."
Sophia Learning
Sophia: Exponential Derivatives: Lesson 4
This lesson states the rule for finding the derivative of an exponential function. It is 4 of 6 in the series titled "Exponential Derivatives."
Sophia Learning
Sophia: Exponential Derivatives: Lesson 1
This lesson states the rule for finding the derivative of an exponential function. It is 1 of 6 in the series titled "Exponential Derivatives."
Sophia Learning
Sophia: Double Integration by Parts: Lesson 2
Integrating by using the method of integration by parts two or more times is demonstrated here. This lesson is 2 of 4 in the series titled "Double Integration by Parts."
Sophia Learning
Sophia: Double Integration by Parts: Lesson 3
Integrating by using the method of integration by parts two or more times is demonstrated here. This lesson is 3 of 4 in the series titled "Double Integration by Parts."
Sophia Learning
Sophia: Using Integration by Parts: Lesson 5
Integrating by using the method of integration by parts is demonstrated here. This lesson is 5 of 8 in the series titled "Using Integration by Parts."