Wk 5 TEST: Unit 1

Last updated about 3 hours ago

10 questions

Note from the author:

You may use all of your notes/practice problems on this test. You should have access to rewatch the edpuzzle videos. Please know that I will not work the test problems with you, but I will work the Study Guide problems with you. Please show as much work as you can. Write me a sentence how you got your answers. ****DUE: Sunday, September 17, 2023 @ 11:59pm***

Instructions

You may use all of your notes/practice problems on this test. You should have access to rewatch the edpuzzle videos. Please know that I will not work the test problems with you, but I will work the Study Guide problems with you. Please show as much work as you can. Write me a sentence how you got your answers. ****DUE: Sunday, September 17, 2023 @ 11:59pm***

**REMEMBER to show your work since each problem is worth so much!!

Wk 5 TEST: Unit 1

Last updated about 3 hours ago

10 questions

Note from the author:

You may use all of your notes/practice problems on this test. You should have access to rewatch the edpuzzle videos. Please know that I will not work the test problems with you, but I will work the Study Guide problems with you. Please show as much work as you can. Write me a sentence how you got your answers. ****DUE: Sunday, September 17, 2023 @ 11:59pm***

Instructions

You may use all of your notes/practice problems on this test. You should have access to rewatch the edpuzzle videos. Please know that I will not work the test problems with you, but I will work the Study Guide problems with you. Please show as much work as you can. Write me a sentence how you got your answers. ****DUE: Sunday, September 17, 2023 @ 11:59pm***

**REMEMBER to show your work since each problem is worth so much!!

Required

**REMEMBER to show your work since each problem is worth so much!!

Required

Wk 5 TEST: Unit 1

Wk 5 TEST: Unit 1

Draw or upload your answer in the "Edit Background"

Draw or upload your answer in the "Edit Background"

3. Given the graph below, find MN. Round to the nearest hundredth.

4. Find the midpoint of AB if A(-4, 9) and B(-8, -1).

5. If Q is the midpoint of PR , find the coordinates of R if P(11, -2) and Q(3, 4).

6. If K is the midpoint of JL, JK = 9x + 23 and KL = 15x + 5, find JL.

7. In the diagram, AC is congruent to CE and D is the midpoint of CE.
If CE = 10x + 16, DE = 8x – 4, and
BC = 9x – 2, find AB.

8. Find the value of x.

9. <E and <F are complimentary. If m<E = (9x - 36) and m<F = (2x + 38), Find m<F.

10. If QS bisects ∠PQR,
m∠PQS = (8x – 9)°, and
m∠SQR = (5x + 18)°, find m∠PQT.

11. If CD ⊥EF, m∠ECH = (x + 7)° and m∠HCD = (4x – 2)°, find m<ECG.

Wk 5 TEST: Unit 1

Wk 5 TEST: Unit 1

Draw or upload your answer in the "Edit Background"

Draw or upload your answer in the "Edit Background"

3. Given the graph below, find MN. Round to the nearest hundredth.

4. Find the midpoint of AB if A(-4, 9) and B(-8, -1).

5. If Q is the midpoint of PR , find the coordinates of R if P(11, -2) and Q(3, 4).

6. If K is the midpoint of JL, JK = 9x + 23 and KL = 15x + 5, find JL.

7. In the diagram, AC is congruent to CE and D is the midpoint of CE. If CE = 10x + 16, DE = 8x – 4, andBC = 9x – 2, find AB.

8. Find the value of x.

9. <E and <F are complimentary. If m<E = (9x - 36) and m<F = (2x + 38), Find m<F.

10. If QS bisects ∠PQR, m∠PQS = (8x – 9)°, and m∠SQR = (5x + 18)°, find m∠PQT.

11. If CD ⊥EF, m∠ECH = (x + 7)° and m∠HCD = (4x – 2)°, find m<ECG.

7. In the diagram, AC is congruent to CE and D is the midpoint of CE.
If CE = 10x + 16, DE = 8x – 4, and
BC = 9x – 2, find AB.

10. If QS bisects ∠PQR,
m∠PQS = (8x – 9)°, and
m∠SQR = (5x + 18)°, find m∠PQT.