Unit 7 Graded Assignment (Geometry)

Instructions

Please complete all of the following to receive any credit. This must be COMPLETE by Friday 2/17. 

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if a reflection is over the line y=-x, then the rule for this reflection is:

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Under the translation <3,2> the point (2, 5) becomes

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Which of the following rules is the composition of a translation of 3 units right followed by a dilation around the origin by a scale factor of 2? Reminder that Compositions are written (Second Transformation)o(First Transformation)
A)
B)
C)
D)

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Which of the following descriptions of the graph below is true?

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Which of the following produce figures that are congruent? Select all that apply

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which type of transformation creates similar figures?

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The inage of (-2, 6) after a dilation with respect to the origin is (-10, 30). what is the scale factor?

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what are the coordinates of T', if the coordinates of T are (-2, 5) reflected over the line y=x+4

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Point P'(-6, -4) is the image of P(-2, 3) under some translation. what is the image of the point (5, -1) under the same translation?

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If A is reflected over y=-1, the imagine A' is at (4, 10). Where is A to begin?

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If L is rotated 90 counter clockwise to get L' and L' is at (-3, -4), where did L start?

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The line below is graphed and then reflected over y=-x, what is the equation of the resulting line, in ANY form. LEAVE IMPROPER FRACTIONS. no decimals or mixed numbers.

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Perform the following reflection. In your answer, write the coordinates in the order Q, R, S, T DONT FORGET THE PRIME NOTATION!

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Perform the following reflection. In your answer, write the coordinates in the order X, Y, Z DONT FORGET THE PRIME NOTATION!

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Perform the following rotation. In your answer, write the coordinates in the order C, D, E DONT FORGET THE PRIME NOTATION!

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Perform the following rotation . In your answer, write the coordinates in the order T, U, V, W DONT FORGET THE PRIME NOTATION!

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Perform the following rotation . In your answer, write the coordinates in the order D, E, F, G DONT FORGET THE PRIME NOTATION!

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Perform the following rotation. In your answer, write the coordinates in the order K, L, M, N DONT FORGET THE PRIME NOTATION!

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Perform the following dilation. In your answer, write the coordinates in the order A, B, C DONT FORGET THE PRIME NOTATION!

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Perform the following dilation. In your answer, write the coordinates in the order J, K, L, M DONT FORGET THE PRIME NOTATION!

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Rectangle DEFG with vertices D(1, 0) E(7, 2) F(8,-1) G(2, -3) has the following composition applied. Find the final coordinates after BOTH transformations! --Reminder do translation FIRST, Reflection SECOND

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Triangle MNP with vertices M(-2, 0), N(0, -1) P(-3, -2) has the following composition applied. Find the final coordinates after BOTH transformations! Reminder--do the rotation FIRST, Dilation SECOND

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Trapezoid WXYZ with vertices W(0, 8), X(2, 9), Y(3, 6), Z(-1, 4) has the following composition applied. Find the final coordinates after BOTH transformations! Reminder--Do the Translation FIRST, rotation SECOND. Also--think about what a negative rotation means

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*dont worry about notation here! just write the vector! Reminder--it says the result should be a TRANSLATION. so be sure that is what you are looking for.

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Just write the vector! Reminder--it says the result should be a TRANSLATION. so be sure that is what you are looking for.

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Do out the following problem on the background! be sure to label the FINAL answer

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if you peformed the following composition to the point given, which quadarant does the image of the point end up in?

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A point is dilated by 3 about the origin. Which of the following would UNDO that dilation, bringing the point back to where it started?

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Given Triangle ABC with A(-1, 0) B(5, 3) and C(2, -4), Find the vertices of A'B'C' given the transformation rule. Then determine the type of transformation that occurred:
(x, y) -> (-x, -y)

Be sure to use Prime Notation!

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Given Triangle ABC with A(-1, 0) B(5, 3) and C(2, -4), Find the vertices of A'B'C' given the transformation rule. Then determine the type of transformation that occurred:
(x, y) -> (y, x)

if a reflection is over the line y=-x, then the rule for this reflection is:

Under the translation <3,2> the point (2, 5) becomes

Which of the following rules is the composition of a translation of 3 units right followed by a dilation around the origin by a scale factor of 2? Reminder that Compositions are written (Second Transformation)o(First Transformation)A)B)C)D)

Which of the following descriptions of the graph below is true?

Which of the following produce figures that are congruent? Select all that apply

which type of transformation creates similar figures?

The inage of (-2, 6) after a dilation with respect to the origin is (-10, 30). what is the scale factor?

what are the coordinates of T', if the coordinates of T are (-2, 5) reflected over the line y=x+4

Point P'(-6, -4) is the image of P(-2, 3) under some translation. what is the image of the point (5, -1) under the same translation?

If A is reflected over y=-1, the imagine A' is at (4, 10). Where is A to begin?

If L is rotated 90 counter clockwise to get L' and L' is at (-3, -4), where did L start?

The line below is graphed and then reflected over y=-x, what is the equation of the resulting line, in ANY form. LEAVE IMPROPER FRACTIONS. no decimals or mixed numbers.

Perform the following reflection. In your answer, write the coordinates in the order Q, R, S, T DONT FORGET THE PRIME NOTATION!

Perform the following reflection. In your answer, write the coordinates in the order X, Y, Z DONT FORGET THE PRIME NOTATION!

Perform the following rotation. In your answer, write the coordinates in the order C, D, E DONT FORGET THE PRIME NOTATION!

Perform the following rotation . In your answer, write the coordinates in the order T, U, V, W DONT FORGET THE PRIME NOTATION!

Perform the following rotation . In your answer, write the coordinates in the order D, E, F, G DONT FORGET THE PRIME NOTATION!

Perform the following rotation. In your answer, write the coordinates in the order K, L, M, N DONT FORGET THE PRIME NOTATION!

Perform the following dilation. In your answer, write the coordinates in the order A, B, C DONT FORGET THE PRIME NOTATION!

Perform the following dilation. In your answer, write the coordinates in the order J, K, L, M DONT FORGET THE PRIME NOTATION!

Rectangle DEFG with vertices D(1, 0) E(7, 2) F(8,-1) G(2, -3) has the following composition applied. Find the final coordinates after BOTH transformations! --Reminder do translation FIRST, Reflection SECOND

Triangle MNP with vertices M(-2, 0), N(0, -1) P(-3, -2) has the following composition applied. Find the final coordinates after BOTH transformations! Reminder--do the rotation FIRST, Dilation SECOND

Trapezoid WXYZ with vertices W(0, 8), X(2, 9), Y(3, 6), Z(-1, 4) has the following composition applied. Find the final coordinates after BOTH transformations! Reminder--Do the Translation FIRST, rotation SECOND. Also--think about what a negative rotation means

*dont worry about notation here! just write the vector! Reminder--it says the result should be a TRANSLATION. so be sure that is what you are looking for.

Just write the vector! Reminder--it says the result should be a TRANSLATION. so be sure that is what you are looking for.

Do out the following problem on the background! be sure to label the FINAL answer

if you peformed the following composition to the point given, which quadarant does the image of the point end up in?

A point is dilated by 3 about the origin. Which of the following would UNDO that dilation, bringing the point back to where it started?

Given Triangle ABC with A(-1, 0) B(5, 3) and C(2, -4), Find the vertices of A'B'C' given the transformation rule. Then determine the type of transformation that occurred:(x, y) -> (-x, -y)Be sure to use Prime Notation!

Given Triangle ABC with A(-1, 0) B(5, 3) and C(2, -4), Find the vertices of A'B'C' given the transformation rule. Then determine the type of transformation that occurred:(x, y) -> (y, x)

Which of the following rules is the composition of a translation of 3 units right followed by a dilation around the origin by a scale factor of 2? Reminder that Compositions are written (Second Transformation)o(First Transformation)
A)
B)
C)
D)

Given Triangle ABC with A(-1, 0) B(5, 3) and C(2, -4), Find the vertices of A'B'C' given the transformation rule. Then determine the type of transformation that occurred:
(x, y) -> (-x, -y)

Be sure to use Prime Notation!

Given Triangle ABC with A(-1, 0) B(5, 3) and C(2, -4), Find the vertices of A'B'C' given the transformation rule. Then determine the type of transformation that occurred:
(x, y) -> (y, x)