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Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)


A)
Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)
B)
Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)
C)
Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)
D)
Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)




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Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)


A)
Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)

B)
Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)

C)
Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)

D)
Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)

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Solve the problem. -Find the image of the given figure under the translation that takes P to P'. Solve the problem. -Find the image of the given figure under the translation that takes P to P'. A) B) C) D)


A)
Solve the problem. -Find the image of the given figure under the translation that takes P to P'. A) B) C) D)

B)
Solve the problem. -Find the image of the given figure under the translation that takes P to P'. A) B) C) D)

C)
Solve the problem. -Find the image of the given figure under the translation that takes P to P'. A) B) C) D)

D)
Solve the problem. -Find the image of the given figure under the translation that takes P to P'. A) B) C) D)

Correct Answer

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Solve the problem. -Find the image of the given figure under the translation that takes P to P'. Solve the problem. -Find the image of the given figure under the translation that takes P to P'. A) B) C) D)


A)
Solve the problem. -Find the image of the given figure under the translation that takes P to P'. A) B) C) D)

B)
Solve the problem. -Find the image of the given figure under the translation that takes P to P'. A) B) C) D)

C)
Solve the problem. -Find the image of the given figure under the translation that takes P to P'. A) B) C) D)

D)
Solve the problem. -Find the image of the given figure under the translation that takes P to P'. A) B) C) D)

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Find the coordinates of the image for the given point under the translation defined by (x,y) →(x+4,y−2) (x, y) \rightarrow(x+4, y-2) -(6, 3)


A) (2, 5)
B) (2, 1)
C) (10, 5)
D) (10, 1)

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Solve the problem. -Find the equation of the line through (1,0) ( 1,0 ) and perpendicular to x=7x = 7 .


A) y=7y = 7
B) x=0x = 0
C) y=0y = 0
D) x=−7x = - 7

Correct Answer

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Solve the problem. -Find the image of the given figure under the reflection that sends P to P'. Solve the problem. -Find the image of the given figure under the reflection that sends P to P'. A) B) C) D)


A)
Solve the problem. -Find the image of the given figure under the reflection that sends P to P'. A) B) C) D)

B)
Solve the problem. -Find the image of the given figure under the reflection that sends P to P'. A) B) C) D)

C)
Solve the problem. -Find the image of the given figure under the reflection that sends P to P'. A) B) C) D)

D)
Solve the problem. -Find the image of the given figure under the reflection that sends P to P'. A) B) C) D)

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Find the coordinates of the image for the given point under the translation defined by (x,y) →(x+4,y−2) (x, y) \rightarrow(x+4, y-2) -(0, 4)


A) (4, 6)
B) ( -4, 2)
C) ( -4, 6)
D) (4, 2)

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Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)


A)
Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)
B)
Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)
C)
Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)
D)
Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)


Correct Answer

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Solve the problem. -The image of a figure is given for a rotation that takes A to A' and D to D'. Find the original figure. Note again, the given figure is the image after rotation. Solve the problem. -The image of a figure is given for a rotation that takes A to A' and D to D'. Find the original figure. Note again, the given figure is the image after rotation. A) B) C) D)


A)
Solve the problem. -The image of a figure is given for a rotation that takes A to A' and D to D'. Find the original figure. Note again, the given figure is the image after rotation. A) B) C) D)

B)
Solve the problem. -The image of a figure is given for a rotation that takes A to A' and D to D'. Find the original figure. Note again, the given figure is the image after rotation. A) B) C) D)

C)
Solve the problem. -The image of a figure is given for a rotation that takes A to A' and D to D'. Find the original figure. Note again, the given figure is the image after rotation. A) B) C) D)

D)
Solve the problem. -The image of a figure is given for a rotation that takes A to A' and D to D'. Find the original figure. Note again, the given figure is the image after rotation. A) B) C) D)

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Solve the problem. -Find the equation of the image of the line y=xˉ−1y = \bar { x } - 1 when the reflection line is the yy -axis.


A) y=−x+1y = - x + 1
B) y=−x−1y = - x - 1
C) y=x−1y = x - 1
D) y=x+1y = x + 1

Correct Answer

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Solve the problem. -A rotation has sent A to A' and E to E'. Find the image of the given figure. Solve the problem. -A rotation has sent A to A' and E to E'. Find the image of the given figure. A) B) C) D)


A)
Solve the problem. -A rotation has sent A to A' and E to E'. Find the image of the given figure. A) B) C) D)
B)
Solve the problem. -A rotation has sent A to A' and E to E'. Find the image of the given figure. A) B) C) D)
C)
Solve the problem. -A rotation has sent A to A' and E to E'. Find the image of the given figure. A) B) C) D)
D)
Solve the problem. -A rotation has sent A to A' and E to E'. Find the image of the given figure. A) B) C) D)

Correct Answer

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Solve the problem. -Shown is the image of a figure under the two successive translations that take P to P' and then P' to P''. Find the original figure. Note again, the given figure is the image after translation. Hint: First Find the final image of a point if it were translated by both translations. Then what happens in the Reverse process? Solve the problem. -Shown is the image of a figure under the two successive translations that take P to P' and then P' to P''. Find the original figure. Note again, the given figure is the image after translation. Hint: First Find the final image of a point if it were translated by both translations. Then what happens in the Reverse process? A) B) C) D)


A)
Solve the problem. -Shown is the image of a figure under the two successive translations that take P to P' and then P' to P''. Find the original figure. Note again, the given figure is the image after translation. Hint: First Find the final image of a point if it were translated by both translations. Then what happens in the Reverse process? A) B) C) D)

B)
Solve the problem. -Shown is the image of a figure under the two successive translations that take P to P' and then P' to P''. Find the original figure. Note again, the given figure is the image after translation. Hint: First Find the final image of a point if it were translated by both translations. Then what happens in the Reverse process? A) B) C) D)

C)
Solve the problem. -Shown is the image of a figure under the two successive translations that take P to P' and then P' to P''. Find the original figure. Note again, the given figure is the image after translation. Hint: First Find the final image of a point if it were translated by both translations. Then what happens in the Reverse process? A) B) C) D)

D)
Solve the problem. -Shown is the image of a figure under the two successive translations that take P to P' and then P' to P''. Find the original figure. Note again, the given figure is the image after translation. Hint: First Find the final image of a point if it were translated by both translations. Then what happens in the Reverse process? A) B) C) D)



Correct Answer

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Solve the problem. -A glide reflection is defined by the given slide arrow and the line of reflection m. Find the image of the given figure under this glide reflection. Solve the problem. -A glide reflection is defined by the given slide arrow and the line of reflection m. Find the image of the given figure under this glide reflection. A) B) C) D)


A)
Solve the problem. -A glide reflection is defined by the given slide arrow and the line of reflection m. Find the image of the given figure under this glide reflection. A) B) C) D)

B)
Solve the problem. -A glide reflection is defined by the given slide arrow and the line of reflection m. Find the image of the given figure under this glide reflection. A) B) C) D)

C)
Solve the problem. -A glide reflection is defined by the given slide arrow and the line of reflection m. Find the image of the given figure under this glide reflection. A) B) C) D)

D)
Solve the problem. -A glide reflection is defined by the given slide arrow and the line of reflection m. Find the image of the given figure under this glide reflection. A) B) C) D)

Correct Answer

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Find the coordinates of the image for the given point under the translation defined by (x,y) →(x+4,y−2) (x, y) \rightarrow(x+4, y-2) -( -6, -7)


A) ( -10, -9)
B) ( -10, -5)
C) ( -2, -5)
D) ( -2, -9)

Correct Answer

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Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)


A)
Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)

B)
Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)

C)
Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)

D)
Solve the problem. -The image of a figure under the translation that takes P to P' is shown. Find the original figure. Note again, the given figure is the image after translation. A) B) C) D)

Correct Answer

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Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)


A)
Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)

B)
Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)

C)
Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)

D)
Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)

Correct Answer

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For the given point, find the coordinates of the image point under a half-turn about the origin. -(2, 0)


A) (0, -2)
B) (0, 0)
C) ( -2, 0)
D) (0, 2)

Correct Answer

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Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)


A)
Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)

B)
Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)

C)
Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)

D)
Solve the problem. -Find the image of the given figure under a reflection across the mirror line m. A) B) C) D)

Correct Answer

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Solve the problem. -Points A(−1,−2) ,B(2,−3) \mathrm { A } ( - 1 , - 2 ) , \mathrm { B } ( 2 , - 3 ) , and C(−3,−8) \mathrm { C } ( - 3 , - 8 ) are given. Find all possible coordinates of point D\mathrm { D } such that the four points form a rectangle. For each location of point D found, find a translation that will take AB‾\overline { \mathrm { AB } } to the opposite side of the rectangle formed.


A) D(1,−11) \mathrm { D } ( 1 , - 11 ) ; A translation that takes AB‾\overline { \mathrm { AB } } to CD‾\overline { \mathrm { CD } } such that the image of A\mathrm { A } is C\mathrm { C } and the image of B\mathrm { B } is DD is (x,y) →(x+1,y+3) ( x , y ) \rightarrow ( x + 1 , y + 3 ) .
B) D(3,−9) \mathrm { D } ( 3 , - 9 ) ; AA translation that takes AB‾\overline { \mathrm { AB } } to CD‾\overline { \mathrm { CD } } such that the image of A\mathrm { A } is C\mathrm { C } and the image of B\mathrm { B } is DD is (x,y) →(x−3,y−1) ( x , y ) \rightarrow ( x - 3 , y - 1 ) .
C) D(0,−9) \mathrm { D } ( 0 , - 9 ) ; A translation that takes AB‾\overline { \mathrm { AB } } to CD‾\overline { \mathrm { CD } } such that the image of A\mathrm { A } is C\mathrm { C } and the image of B\mathrm { B } is DD is (x,y) →(x−2,y−6) ( x , y ) \rightarrow ( x - 2 , y - 6 ) .
D) D(−2,−8) \mathrm { D } ( - 2 , - 8 ) ; A translation that takes AB‾\overline { \mathrm { AB } } to CD‾\overline { \mathrm { CD } } such that the image of A\mathrm { A } is C\mathrm { C } and the image of B\mathrm { B } is DD is (x,y) →(x−6,y−2) ( x , y ) \rightarrow ( x - 6 , y - 2 ) .

Correct Answer

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