Topic Test 3 & 4 Day 2 Practice

​Topic Test 3 & 4 Day 2 Practice

Match

Consider the following figures given in the first row and match these figures with the correct name for the pair of angles shown in the figure. #20

Alternate interior angles

Alternate exterior angles

Corresponding angles

Vertical angles

• Alternate interior angles

• Alternate exterior angles

• Corresponding angles

• Vertical angles

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Multiple Choice

After rotating triangle ABC 180 degrees about the origin and then reflecting it over the x-axis, what are the coordinates of triangle A"B" C"? #25

• A

• B

• C

• D

Multiple Select

Which transformation rules create an image where distance is preserved? (the size/shape doesn't change) Select all that apply. #17

• $$\left(x,\ y\right)\rightarrow\left(-x,\ y\right)$$

• $$\left(x,\ y\right)\rightarrow\left(2x,\ 2y\right)$$

• $$\left(x,\ y\right)\rightarrow\left(x+3,\ y\right)$$

• $$\left(x,\ y\right)\rightarrow\left(-y,\ x\right)$$

• $$\left(x,\ y\right)\rightarrow\left(0.4x,\ 0.4y\right)$$

Multiple Choice

Find the point that is 3/4 of the distance from X to Y if PX=(1/4)YX.

• (-6, -2)

• (2, -4)

Multiple Choice

Which transformation on quadrilateral 𝐴𝐵𝐶𝐷 produces an image that does not preserve the distance between points in quadrilateral 𝐴𝐵𝐶𝐷? #7

• reflection across 𝑦 = x

• translation 3 units down and 4 units to the right

• dilation by a scale factor of 2

• . rotation of 270 degrees

Multiple Choice

$$\Delta ABC$$ was dilated to form  $$\Delta A'B'C'.$$  Which statement below is true about the SIDES of  $$\Delta A'B'C'?$$  #21

• The sides of  $$\Delta A'B'C'$$  are 1/2 the sides of  $$\Delta ABC.$$  

• The sides of  $$\Delta A'B'C'$$  are 1/4 the sides of  $$\Delta ABC.$$  

• The sides of  $$\Delta A'B'C'$$ $$\cong$$  to the sides of  $$\Delta ABC.$$

• The sides of  $$\Delta A'B'C'$$  are twice the size of the sides of  $$\Delta ABC.$$  

Multiple Choice

$$\Delta ABC$$ was dilated to form  $$\Delta A'B'C'.$$  Which statement below is true about the angles of  $$\Delta A'B'C'?$$  #22

• The angles of  $$\Delta A'B'C'$$  are 1/2 the angles of  $$\Delta ABC.$$  

• The angles of  $$\Delta A'B'C'$$  are 1/4 the angles of  $$\Delta ABC.$$  

• The angles of  $$\Delta A'B'C'$$ $$\cong$$  to the angles of  $$\Delta ABC.$$

• The angles of  $$\Delta A'B'C'$$  are twice the size of the angles of  $$\Delta ABC.$$