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Week of Jan 13-17 Fundamental Theorem of Calculus

1/14/2020

Due Tuesday 1/21 POW FTC: Write an explanation of the FTC proof we did in class. Your write up should include:

Explanation of all the symbols
Connection to the Mean Value Theorem
What does the FTC tell you?
Why is this true?
What is it good for?

Homework: Integral Worksheet Due End of Class Thursday 1/16

Week of 1/6-10/20 Mean Value Theorem

1/9/2020

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POW MVT Due Friday 1/10

This POW is designed to get you thinking about a theorem that we need soon, although why we will need will need it isn't initially clear. For each case, I want you to:

Draw an illustration and annotate it.
Articulate the idea in precise mathematical language.
Generate a logical justification for it.
State clearly why all the conditions are needed.
Ideally, you will be able to formally prove it as well.

Prove the following statements using the criteria above:

If a function on a closed interval is continuous and differentiable and it has the same value on each end of the interval, there is at least one point in that interval where the function derivative is zero.
If a function is continuous on a closed interval is continuous and differentiable and it has different values on each end of the interval, then the function must have point where the derivative is equal to the slope of a straight line that goes to one end point to another.

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Week of Jan 13-17 Fundamental Theorem of Calculus

Week of 1/6-10/20 Mean Value Theorem

POW MVT Due Friday 1/10

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