Determine the unknown angle measures and the values of x and y that make quadrilateral ABCD a parallelogram. 3. 4. 214x-15) (Sy-2 40r+7 (7y-1 4(y +11) A 2(3x+ 7 20y+ 1 20x+ 2 2.

Algebra and Trigonometry (6th Edition)
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ISBN:9780134463216
Author:Robert F. Blitzer
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ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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TOblems - Google Docs
G prepositional phrases
5.7.1 Problems Homework - Parallelograms
Use slope to determine whether the given vertices form a parallelogram. *Yes you must check all 4
slopes...
1. T (-1, 0), U (0, 5), V (3, 3), and W (2, 1)
Use the distance formula to determine whether the given vertices form a parallelogram. "Yes you must
check all 4 distances...
2. J (0, 0), K (1, 5), L (4, 6), and M (3, 0)
Determine the unknown angle measures and the values of x and y that make quadrilateral ABCD a
parallelogram.
3.
4.
214x - 15)
(Sy-2
4(x+7)0
I
(7y - 1
4(y + 11)
2(3x + 7
22y+ 1
2(3x+ 2)/
Use the diagram of AMNO where. X. Y, and Z are the midpoints
5. If YZ = 2x + 3, and MN = 5x – 14, then YZ =
6. If YX = 3x - 4, and MO = 9x- 20, then MO =
Solve for the variables:
9.
8.
5x -6
7.
T (6x+ 6)*
3x +2
5y
Transcribed Image Text:TOblems - Google Docs G prepositional phrases 5.7.1 Problems Homework - Parallelograms Use slope to determine whether the given vertices form a parallelogram. *Yes you must check all 4 slopes... 1. T (-1, 0), U (0, 5), V (3, 3), and W (2, 1) Use the distance formula to determine whether the given vertices form a parallelogram. "Yes you must check all 4 distances... 2. J (0, 0), K (1, 5), L (4, 6), and M (3, 0) Determine the unknown angle measures and the values of x and y that make quadrilateral ABCD a parallelogram. 3. 4. 214x - 15) (Sy-2 4(x+7)0 I (7y - 1 4(y + 11) 2(3x + 7 22y+ 1 2(3x+ 2)/ Use the diagram of AMNO where. X. Y, and Z are the midpoints 5. If YZ = 2x + 3, and MN = 5x – 14, then YZ = 6. If YX = 3x - 4, and MO = 9x- 20, then MO = Solve for the variables: 9. 8. 5x -6 7. T (6x+ 6)* 3x +2 5y
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