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Wk 21: Notes 6.2 EDIT ME

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Last updated 23 days ago
20 questions
Note from the author:
Untitled Section 1
Wk 20 Notes 6.2 Part 2
Wk 20 Notes 6.2 Part 3
Wk 20 Notes 6.2 Part 4
Be sure to take notes in the "show your work" area. You make print, hand write and then upload your work in the "show your work" area. You will want these notes to help you on the quizzes and Tests.
Be sure to take notes in the "show your work" area. You make print, hand write and then upload your work in the "show your work" area. You will want these notes to help you on the quizzes and Tests.
Question 1
09:23
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Question 2
03:47
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Question 3
07:17
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Question 4
07:39
Question 5
09:41
Question 6
09:58
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Question 7
06:31
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Question 8
05:50
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Question 9
05:13
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Question 10
03:19
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Question 11
07:17
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Question 12
03:52
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Question 13
03:54
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Question 14
07:45
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Question 15
07:38
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Questions 16 & 17
05:03
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Questions 18-20
09:30
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Question 1
1.

Question 2
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Question 3
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Question 6
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Question 7
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Question 8
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Question 9
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Question 10
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Question 11
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Question 12
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Question 13
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Question 14
14.

Question 15
15.

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Question 16
16.

Question 17
17.

Question 18
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Question 19
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Question 20
20.

2. Rectangle TUVW with vertices T(-3, -1), U(0, -2), V(-2, -8), and W(-5, -7): 90° counterclockwise.
(1, 7)
(7, -5)
(2, 0)
(5, -3)
(8, -2)
(1, -3)
4. Rhombus CDEF with vertices C(-5, 5), D(-1, 7), E(-3, 3), and F(-7, 1): 270° counterclockwise.
(7, 1)
(3, 3)
(5, 5)
(-1, 7)
(-5, 5)
(1, 7)
(-3, 5)
6. Triangle XYZ with vertices X(3, -2), Y(6, 1), and Z(5, -7): 180°.
(-3, 2)
(-4, 5)
(-6, -1)
(5, 5)
(5, -4)
(-5, 7)
(-2, -6)
True/False: the center of rotation P(1, 2) is the origin.
True
False
2. Triangle ABC with vertices A(-10, -1), B(-4, 0), and C(-9, -6); 180° about K(-5, 2).
(-6, 4)
(-4, 6)
(8, -4)
(-1, 10)
(1, -1)
(0, 5)
4. Trapezoid QRST with vertices Q(3, 1), R(5, 2), S(10, 0), and T(4, -3); 90° clockwise about M(3, -4).
(8, -4)
(-4, -2)
(4, -4)
(4, -5)
(7, -11)
(1, -1)
(9, -6)
True or False: 12/3 is a reduction.
True
False
2. Rectangle ABCD with vertices A(-3, 0), B(1, 2), C(2, 0), and D(-2, -2): k = 3.
(-1, -2)
(-9, 0)
(6, 0)
(-3, 0)
(-6, -6)
(3, 6)
(-5, 3)
4. Triangle WXY with vertices W(-4, 8), X(10, 0), and Y(-2, -8): k = ¼.
(-3, 4)
(-1, 2)
(-1/2, -2)
(2, -5)
(2.5, 0)
(3, -5)
10. H’(1.5, -4) is the image of H after a dilation centered at the origin with a scale factor of ½ . What are the coordinates of H?
(1.5, 4)
(2, 4)
(.75, -2)
(3, -8)
9. Z’(3, 8) is the image of Z after a dilation centered at the origin with a scale factor of 3/2. What are the coordinates of Z?
(2, 4)
(3, -18)
(.75, -2)
(1.5, 4)
12. Identify the scale factor given the graph of each image and its preimage.
2
4
B
3
Use your notes to match the following.
(0, 0)
center of dilation
P(7, 5)
scale factor
<3, -4>
origin
3
PZ
2. Triangle WXY with vertices W(7, -4), X(13, -10), and Y(1, -13); scale factor: k = 1/3, center of dilation: (4, -1).
(-8, -13)
(3, 5)
(7, -4)
(0, 3)
(3, -5)
(5, -2)
(4, -9)
(-12, -1)
3. Square BCDE with vertices B(-3, -4), C(0, -3), D(1, -6), and E(-2, -7); scale factor: k = 4, center of dilation: (0, -5).
(5, -2)
(3, 5)
(7, -4)
(4, -9)
(-12, -1)
(3, -5)
(-8, -13)
(0, 3)
6. Identify the center of dilation and scale factor of each dilation.
(-3, 7)
4
(-2, -9)
5
(7, -3)
(-1, -2)
(-9, -2)
(-2, -1)
3
7. Identify the center of dilation and scale factor of each dilation.
(-2, -1)
(-1, -2)
(7, -3)
(-3, 7)
(-9, -2)
3
5
(-2, -9)
4
8. Identify the center of dilation and scale factor of each dilation.
(-2, -9)
4
(-3, 7)
5
(7, -3)
(-9, -2)
(-1, -2)
(-2, -1)
3