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4 votes
7. The letter

is shown on the graph grid below. Transform the image using the function F shown below.
Did this transformation preserve the size and shape of
the image? Use tracing paper if necessary.

7. The letter is shown on the graph grid below. Transform the image using the function-example-1

2 Answers

2 votes

Answer:

See explanation

Explanation:

Shown letter E has endpoints at (-3,1), (-6,1), (-4,4), (-6,4), (-3,7) and (-6,7). The transformation with the rule


F(x,y)=(y,x)

maps these points into points

(1,-3), (1,-6), (4,-4), (-6,4), (7,-3) and (7,-6) (see attached diagram)

This transformation is a reflection across the line y=x. Reflection preserves the figure size and shape.

7. The letter is shown on the graph grid below. Transform the image using the function-example-1
User Brosef
by
5.5k points
4 votes

Answer:

Yes, this transformation preserve the size and shape of the image.

The figure is reflected across the line y=x.

Explanation:

From the given figure it is clear that the vertices and end points of the figure are (-3,1), (-6,1), (-4,4), (-6,4), (-3,7) and (-6,7).

Rule of transformation is


F(x,y)=(y,x)

Using the rule of transformation we get


F(-3,1)=(1,-3)


F(-6,1)=(1,-6)


F(-4,4)=(4,-4)


F(-6,4)=(4,-6)


F(-3,7)=(7,-3)


F(-6,7)=(7,-6)

The vertices and end points of the figure are (1,-3), (1,-6), (4,-4), (4,-6), (7,-3) and (7,-6).

Plot these points of the coordinate plane.

Yes, this transformation preserve the size and shape of the image.

The figure is reflected across the line y=x.

7. The letter is shown on the graph grid below. Transform the image using the function-example-1
User Johnny V
by
5.7k points