Questions: Write a rule for the following transformation: K(-3,4), L(-3,5), M(1,5), N(1,4) to K'(0,-3), L'(0,-2), M'(4,-2), N'(4,-3) dilation of 0.25 about the origin rotation 90 degrees counterclockwise about the origin reflection across the y-axis translation: 3 units right and 7 units down

Write a rule for the following transformation:
K(-3,4), L(-3,5), M(1,5), N(1,4)
to
K'(0,-3), L'(0,-2), M'(4,-2), N'(4,-3)
dilation of 0.25 about the origin
rotation 90 degrees counterclockwise about the origin
reflection across the y-axis
translation: 3 units right and 7 units down
Transcript text: Write a rule for the following transformation: \[ K(-3,4), L(-3,5), M(1,5), N(1,4) \] to \[ K^{\prime}(0,-3), L^{\prime}(0,-2), M^{\prime}(4,-2), N^{\prime}(4,-3) \] dilation of 0.25 about the origin rotation 90 degrees counterclockwise about the origin reflection across the $y$-axis translation: 3 units right and 7 units down
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Solution

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Solution Steps

Step 1: Dilation

The original points K(3,4),L(3,5),M(1,5),N(1,4) K(-3, 4), L(-3, 5), M(1, 5), N(1, 4) are dilated by a factor of 0.25 0.25 . The dilated coordinates are calculated as follows: K=(3×0.25,4×0.25)=(0.75,1),L=(3×0.25,5×0.25)=(0.75,1.25) K' = (-3 \times 0.25, 4 \times 0.25) = (-0.75, 1), \quad L' = (-3 \times 0.25, 5 \times 0.25) = (-0.75, 1.25) M=(1×0.25,5×0.25)=(0.25,1.25),N=(1×0.25,4×0.25)=(0.25,1) M' = (1 \times 0.25, 5 \times 0.25) = (0.25, 1.25), \quad N' = (1 \times 0.25, 4 \times 0.25) = (0.25, 1) Thus, the dilated points are: K(0.75,1),L(0.75,1.25),M(0.25,1.25),N(0.25,1) K'(-0.75, 1), \quad L'(-0.75, 1.25), \quad M'(0.25, 1.25), \quad N'(0.25, 1)

Step 2: Rotation

The dilated points are then rotated 90 90^\circ counterclockwise about the origin using the rotation matrix: (0110) \begin{pmatrix} 0 & -1 \\ 1 & 0 \end{pmatrix} The rotated coordinates are: K=(1,0.75),L=(1.25,0.75),M=(1.25,0.25),N=(1,0.25) K'' = (1, 0.75), \quad L'' = (1.25, 0.75), \quad M'' = (1.25, -0.25), \quad N'' = (1, -0.25)

Step 3: Reflection

Next, the rotated points are reflected across the y y -axis. The reflected coordinates are: K=(1,0.75),L=(1.25,0.75),M=(1.25,0.25),N=(1,0.25) K''' = (-1, 0.75), \quad L''' = (-1.25, 0.75), \quad M''' = (-1.25, -0.25), \quad N''' = (-1, -0.25)

Step 4: Translation

Finally, the reflected points are translated 3 3 units to the right and 7 7 units down. The translated coordinates are: K=(1+3,0.757)=(2,6.25),L=(1.25+3,0.757)=(1.75,6.25) K'''' = (-1 + 3, 0.75 - 7) = (2, -6.25), \quad L'''' = (-1.25 + 3, 0.75 - 7) = (1.75, -6.25) M=(1.25+3,0.257)=(1.75,7.25),N=(1+3,0.257)=(2,7.25) M'''' = (-1.25 + 3, -0.25 - 7) = (1.75, -7.25), \quad N'''' = (-1 + 3, -0.25 - 7) = (2, -7.25)

Final Answer

The final transformed coordinates are: K(2,6.25),L(1.75,6.25),M(1.75,7.25),N(2,7.25) K''''(2, -6.25), \quad L''''(1.75, -6.25), \quad M''''(1.75, -7.25), \quad N''''(2, -7.25) Thus, the final answer is: K(2,6.25),L(1.75,6.25),M(1.75,7.25),N(2,7.25) \boxed{K''''(2, -6.25), L''''(1.75, -6.25), M''''(1.75, -7.25), N''''(2, -7.25)}

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