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31. Optimization: Additional Example
An additional optimization problem is explored.
30. Optimization
Students will learn how to solve optimization problems.
29. Finding Local Maximum and Minimum Values: Additional Example
An additional example of finding local maximum and minimum values is provided.
28. Finding Local Maximum and Minimum Values
Students will learn how to apply the First Derivative Test to find local maximum and minimum values.
27. Finding Absolute Maximum and Minimum Values
Students will learn a procedure for finding absolute maximum and minimum values.
26. Finding Maximum and Minimum Values
The definitions of absolute maximum and minimum values are provided, and the definition of critical number is provided.
25. Related Rates: Additional Example
In this lecture, we see how related rates are used in finding marginal profit.
24. Related Rates
Students will learn how to solve related rates problems.
23. Rates of Change Applications
In this lecture, we look at some applications of rates of change in economics and physics.
22. Implicit Differentiation: Additional Example
In this lecture, we explore an example of implicit differentiation that involves an intriguing curve.
21. Implicit Differentiation
Students will learn how to apply implicit differentiation when a function is expressed implicitly as a function of x.
20. Chain Rule
Students will learn how to apply the chain rule to find the derivative of composite functions.
19. Derivatives of Trigonometric Functions
Students will learn what the derivatives of the six trigonometric functions are.
18. Differentiation Rules
In this lecture, students will learn how to apply the differentiation rules.
17. Differentiability and Continuity
Students will learn about the relationship between differentiability and continuity.
16. Cusps
Students will learn about a cusp, another case where differentiability fails.
15. Corners
Students will learn about a corner, a case where differentiability fails.
14. Definition of Differentiability
Students will learn what it means for a function to be differentiable at x=a.
13. The Derivative as a Function
Students will learn the definition of the derivative of a function at a variable x.
12. Derivatives Examples
In this lecture, students will learn how to calculate derivatives using the definition of derivative.
11. Definition of Derivative
Students will learn the definition of derivative and how the derivative relates to tangent lines and velocities.
10. Intermediate Value Theorem
This lecture explains the Intermediate Value Theorem, and we will look at an application of the theorem.
9. Continuity
In this lecture, students will learn about continuity and examples of discontinuity.
8. Precise Definition of Limit
Students will learn the precise definition of a limit and learn how to prove limit statements.
7. Limit Laws
Students will learn how to apply the limit laws.
6. Infinite Limits
In this lecture, the notion of infinite limit is explained.
5. One-sided Limits
Students will learn how to find one-sided limits.
4. The Limit of a Function
Students will learn the intuitive definition of the limit of a function.
3. Velocity
Students will learn about velocity, another reason for the importance of limits.
2. The Tangent Line
Students will learn about the tangent line, one of the reasons for the importance of limits.
1. 1. Introduction Lecture (1 of 31 Lectures)
March 28, 2017
An introduction to the course is provided. This is the first lecture of 31 lectures.
Description
Where to Watch Calculus 1 for Beginners: Open Doors to Great Careers
Calculus 1 for Beginners: Open Doors to Great Careers is available for streaming on the Richard Han website, both individual episodes and full seasons. You can also watch Calculus 1 for Beginners: Open Doors to Great Careers on demand at Amazon.
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Channel
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Premiere DateMarch 28, 2017
