Section 8.4 Notes

Here's part one:



Here's part two:



Here's part three:



Here's part four. Be sure to hear the audio as the video cut off some of my writing:

Links You Might Need

Some items might have gotten shifted to another page. So use the following links to get to where you need to go!

1. For Geometry blog question #5, please click here.

2. For the Geometry quiz over Sections 8.1 through 8.3, please click here.

3. For the Algebra make-up test, please click here.

4. For the Algebra I make-up packet, please click here.

5. For other things, use the "Search This Blog" box at the top of this page.

Geometry Question #6

If you are looking for Geometry Question #5, click here.

Thank you for visiting the blog. You have until Friday, February 26, 2010 by 11:59 PM to answer the following TWO-PART question. Make sure that you use COMPLETE sentences. For example, "No", "Yes", or "I don't know" would not be acceptable for full credit.

Click on the link above and then post your comment. If you haven't signed up for the blog, click on the "Follow" button in the left margin.

If you choose not to "Follow" the blog, click the drop down arrow below the comment box and choose "Anonymous".

Either way you do it, be sure to include your first and last name, class period, and your answer to the question in the comment box.

If you have any problems commenting, please e-mail me.


Here is the two-part question...

a. It's calendar math time again! The date March 7, 2010 can be written in shorthand as...

3-7-10

Notice that this is an addtion problem between the month, date, and year.

Can you find the four dates that have and/or will occur this year that will be multiplication problems? Please write your answers in regular date form (for example, March 7, 2010).

b. This is question #34 on pg. 519 in your Geometry textbook. The sides of parallelogram MNPQ are represented by the expressions below.

MQ = -2x + 37, QP = y + 14, NP = x - 5, MN = 4y + 5

Sketch this parallelogram and find the values of x, y, and the perimeter of parallelogram MNPQ.

Geometry Notes: Section 8.3

Here's part one:



Here's part two:



Here's part three:



Here's part four:



Here's part five:



Here's part six: