Scribe for a class lesson

1. HI!

2. We started today's class with a small tutorial on
LaTeX. It is basically sofware that allows you
to write equations just by typing it in. Mr.K is
currently trying to get this to work on our blogs
quickly, easily and automatically.
(I can't find the site that Mr.K had)
(Sorry)

3. We then moved onto a Mean
Value Theorem question

4. Find the number in the given interval which staisfies the conclusion of the
Mean Value Theorem

5. Find the number in the given interval which staisfies the conclusion of the
Mean Value Theorem

6. Find the number in the given interval which staisfies the conclusion of the
Mean Value Theorem

7. Find the number in the given interval which staisfies the conclusion of the
Mean Value Theorem

8. Find the number in the given interval which staisfies the conclusion of the
Mean Value Theorem
So the value 1
must exist in the
derivative.

9. Find the number in the given interval which staisfies the conclusion of the
Mean Value Theorem

10. Find the number in the given interval which staisfies the conclusion of the
Mean Value Theorem

11. Find the number in the given interval which staisfies the conclusion of the
Mean Value Theorem

12. Find the number in the given interval which staisfies the conclusion of the
Mean Value Theorem
Then just find the roots by using the quadratic formula

13. Find the number in the given interval which staisfies the conclusion of the
Mean Value Theorem
The just find the roots by using the quadratic formula...
and we get...

17. We must now explore cases
where k is negative and positive
on a number line.