Wednesday 4/30

Today we began reviewing for Common Assessment #8.

A study guide for CA #8 has been uploaded to the Document Locker portion of this website.

Homework #115: Finish the Common Assessment #8 Preview worksheet
Solutions: Common Assessment #8 Preview answer key

If you're stuck on any of the homework or need help studying, you could always ask The Community.

Tuesday 4/29

We finished our "How Did They Make Ms. Pac-Man?" activity in class today.

We've now completed our entire unit on Transformations and will spend the next two days reviewing and preparing for Common Assessment #8, which we'll be taking on Friday.

Homework #114: Similarity Transformations worksheet
Solutions: Similarity Transformations answer key

Monday 4/28

Today we held a class discuss on what it means to be congruent and what it means to be similar, forming very specific definitions for each.

We also looked closely at the standards for these two concepts, making sure that we all understood them fully in preparation for Friday's Common Assessment #8.

8.G.2: Understand that a two-dimensional figure is congruent to another if the second can be obtained from the first by a sequence of rotations, reflections, and translations; given two congruent figures, describe a sequence that exhibits the congruence between them.

8.G.4: Understand that a two-dimensional figure is similar to another if the second can be obtained from the first by a sequence of rotations, reflections, translations, and dilations; given two similar two-dimensional figures, describe a sequence that exhibits the similarity between them.

We also started a transformations activity around Ms. Pac-Man that we'll continue tomorrow.

There is no homework.

Friday 4/25

We have now gone through all the material on transformations we will be covering. If you missed anything, be sure to review some of the old posts and visit the linked locations. Next week we will be having a common assessment that covers all transformations.

Here is this weeks extra credit:

Use this picture to answer the question below.

Thursday 4/24

Today was spent reviewing and practicing for tomorrow's test. If you can handle all of the questions on the Preview worksheet, you know you're prepared for tomorrow. Set yourself up for success.

Homework #113: Finish the Test 31 Preview worksheet
Solutions: Preview answer key

If you're stuck on any of the homework or need help studying, you could always ask The Community.

You'll be able to use the following assignments for tomorrow's notes and homework quiz; please make sure to have them with you and fully ready to go:

Week 31 

Warm-Ups
Notes #64
Notes #65
Assignment #110 (Math is Fun Website)
Assignment #111 (WB pgs 29-30)
Assignment #112 (WB pg 33)
Assignment #113 (Test Preview)

Wednesday 4/23

Today you reviewed similarity and transformations (translations, reflections, rotations, and dilations) with some videos and practice problems on Khan Academy.

For those looking to truly master these skills, I highly recommend addition practice on Khan Academy on your own. It's a GREAT tool.

Homework #112: Read through pages 31-32 in your student workbook, then complete page 33.
Solutions: Practice A answer key

Tuesday 4/22

We learned about dilation today with Notes #65.

Here's a great page where you can play around with virtual dilations to experiment.

Before you start your homework tonight, be sure to read through pages 26 through 28 in your blue student workbook.

Homework #111: WB pgs 29-30
Solutions: Dilation Worksheet answer key

Monday 4/21

We learned about similar triangles and ratios today with Notes #64.

Homework #110: Read through all the content on this Math is Fun Similar Triangles website, then answer questions 1-4 and 8-10 at the bottom of the page.

Friday 4/18

Sorry for the delay, here is this past weekend's extra credit. It is due by Thursday morning at 8am.


Use the picture to answer the following questions.

Thursday 4/17

We spent our minimum day today reviewing and practicing for tomorrow's test. If you can handle all of the questions on the Preview worksheet, you know you're prepared for tomorrow. Set yourself up for success.

Homework #109: Finish the Test 30 Preview worksheet
Solutions: Preview answer key

If you're stuck on any of the homework or need help studying, you could always ask The Community.

You'll be able to use the following assignments for tomorrow's notes and homework quiz; please make sure to have them with you and fully ready to go:

Week 29
Warm-Ups
Notes #61
Notes #62 & WB pgs 21-22
Notes #63
Assignment #106 (WB pgs 19-20)
Assignment #107 (WB pgs 23-25)
Assignment #108 (Parallel Lines Explanation)
Assignment #109 (Test Preview)

Wednesday 4/16

We investigated properties of parallel lines cut by a transversal today (and the pairs of angles formed by that transversal) in Notes #63.

For those absent today, make sure to use the Notes #63 Student Sheet in conjunction with the notes published on the website. Fill it out as you go. This was very much a "discover & teach yourself" lesson.

Be sure to finish the orange Student Sheet. Here's a great website about Parallel Lines and Pairs of Angles that is really all you need to master these concepts. Be sure to be able to define and label examples of all of these terms:

Tuesday 4/15

Today we learned about the Exterior Angle Theorem with Notes #62.

Classwork: WB pgs 21-22
Solutions: Exterior Angle Theorem answer key

Homework #107: WB pgs 23-25
Solutions: Angles in a Triangle answer key

Be sure to finish and correct both assignments before you return to school tomorrow. Bring with you any questions you may have. 

*Make sure your taxes are done by midnight.

Monday 4/14

We learned about the Triangle Sum Theorem today with Notes #61.

Homework #106: WB pgs 19-20
Solutions: WB pgs 19-20 answer key

Friday 4/11

Enjoy your weekend.  Next week we will begin dilating figures.

Here is this weekend's extra credit:

Thursday 4/10

We spent today reviewing and practicing for tomorrow's test. If you can handle all of the questions on the Preview worksheet, you know you're prepared for tomorrow. Set yourself up for success.

Homework #105: Finish the Test 29 Preview worksheet
Solutions: Preview answer key

If you're stuck on any of the homework or need help studying, you could always ask The Community.

You'll be able to use the following assignments for tomorrow's notes and homework quiz; please make sure to have them with you and fully ready to go:

Week 29
Warm-Ups
Notes #58
Notes #59
Notes #60
Assignment #102 (Congruence Worksheet)
Assignment #103 (Workbook Page 9)
Assignment #104 (Workbook Page 15)

Wednesday 4/9

I was at the district office all day today instead of in class with you. :-(

In my absence, you took Notes #60 which covered interior angles, exterior angles, and classifying angles. You also covered the Angle Addition Postulate.  You then began working on page 15 from your blue geometry  workbook.

Homework #104: Finish page 15 from your workbook
Solutions: Workbook page 15 key

Tuesday 4/8

Today we learned about the building blocks of geometry with Notes #59.

You'll need a protractor for tonight's homework. If you don't have one at home, download this paper protractor, and cut it out.

Homework #103: Workbook pg 9
Solutions: Assignment #103 answer key

Monday 4/7

Today, you thought about and discovered congruence with Notes #58.

Today's lesson was a bit different than usual, as it primarily consisted of questions designed to guide you towards some important conclusions. Some questions have specific answers, some were more open-ended. We didn't finish the last couple of tasks in class today, so be sure to open the notes from the website and complete the last few parts.

On your homework, be sure to describe the sequences of transformations necessary to prove congruence.

Homework #102: Congruence worksheet
Solutions: Congruence worksheet answer key

Friday 4/4

Congratulations on making it through another week of translations, reflections, and rotations. If you'd like to get a jump on next week, try looking up the word "similar" and compare it to what we've already done.  Hint: Think about the transformations that would give us similar figures.

Here is this weekend's extra credit:

Thursday 4/3

We spent today reviewing and practicing for tomorrow's test. If you can handle all of the questions on the Preview worksheet, you know you're prepared for tomorrow. Set yourself up for success.

Homework #101: Finish the Test 28 Preview worksheet
Solutions: Preview answer key

If you're stuck on any of the homework or need help studying, you could always ask The Community.

You'll be able to use the following assignments for tomorrow's notes and homework quiz; please make sure to have them with you and fully ready to go:

Week 28
Warm-Ups
Notes #57
Assignment #98 (Transformations Worksheet)
Assignment #99 (Class Website)
Assignment #100 (Class Website)

Wednesday 4/2

In class today we learned how to reflect objects about the lines y = x and y = -x with Notes #57.

Be sure to compare your notes from class with the ones posted here to ensure you'll be ready for Friday's quiz. There was a lot to copy - be thorough!

Homework #100: Perform the following transformation combinations:

1. Start with the point A at (-3, -1). Reflect that point across the line y = x. Now rotate that point 90º clockwise about the origin. Now translate that point +6 horizontally and -2 vertically. Give the coordinates of the newest point.
2. Figure ABCD has points at A (-2, 3), B (-4, 0), C (-3, -5), and D(0, 1). Rotate ABCD 180º clockwise about the origin. Now translate that image -3 horizontally and -5 vertically. Finally, reflect that image about the line y = -x. Give the coordinates of the new vertices.

Solutions: Tuesday & Wednesday HW answer key

Tuesday 3/32

Today we completed a card matching activity in pairs to practice our transformation skills. We glued our final transformation maps to create a poster of our team's solution. We'll be taking a look at some of the solutions together tomorrow.

Homework #99: Plot ΔABC with points A (3, -2), B (1, 4), and C (-1, 0).

1. Translate ΔABC 3 units right and 2 units down. Give the new coordinates of A’, B’, and C’.
2. Reflect ΔABC across the x-axis. Give the new coordinates of A’, B’, and C’.
3. Reflect  ΔABC across the x = -2. Give the new coordinates of A’, B’, and C’.
4. Rotate ΔABC 90º clockwise about the point (-2, 4). Give the new coordinates of A’, B’, and C’.