You will find the pre-test for this ladder linked to the right. If you have not been in class and need to pre-test at home you can send me an email and ask me for an electronic key. |
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Targeted Practice based on Ladder:
- If you're working on "I can define Pythagorean Theorem.":
- If you're working on "I can define side lengths and right triangles.":
2. Use the picture below and copy it directly onto your evidence paper. Label the different names of the (i.e. opposite, adjacent, etc.) side lengths.
3. Look up the definitions of those names of the side lengths.
- If you're working on "I can define two- and three-dimensional.":
2. Look up the definition of three-dimensional and give an example
- If you're working on 4.MD.7:
2. If you cannot complete the worksheet, then watch the video (just until 4:07) below the worksheet for assistance.
4.md.7.pdf | |
File Size: | 43 kb |
File Type: |
- If you're working on 6.G.1:
2. Now use the knowledge you've gained to find the area of the composite shapes below.
- If you're working on 6.G.3:
2. Use your newly acquired knowledge to complete the first page of the link below. The answers are listed on the rubric on the second page.
6.g.3.pdf | |
File Size: | 98 kb |
File Type: |
- If you're working on 7.G.5:
2. Next, on your bigideamath.com page in the Red Book go to "Lesson 7.2" and take as many notes and watch as many videos as needed the be able to complete the "On Your Own" problems in this lesson.
3. Apply your notes and knowledge to solve for angles 1-7 in the photo below.
- If you're working on 8.G.7:
section_7.3_pythagorean_theorem.pdf | |
File Size: | 32 kb |
File Type: |
2. Sign up for a mini-lesson with Mrs. H. After the mini-lesson you will do practice problems on your bigideasmath.com page under "Assignments".
You have now completed this ladder. Please sign-up for an assessment and grab a study guide (linked below). If you are gone for an extended amount of time please email me to schedule you a test. If you have time to work on a real-life application of the Pythagorean Theorem you should do that as well.
8.g.7_study_guide.pdf | |
File Size: | 236 kb |
File Type: |