Respuesta :
Answer:
a) True.
b) False.
c) True.
d) False.
e) True.
Step-by-step explanation:
A. ∠F corresponds to ∠F'. True.
B. Segment EE' is parallel to segment FF'. False. They intersect each other at the origin.
C. The distance from point D' to the origin is One-third the distance of point D to the origin. True.
We can get the ratio D'E'/DE:
[tex]D'E'=\sqrt{(-3-0)^{2} +(-3-0)^{2} } =\sqrt{18}=3\sqrt{2} \\ DE=\sqrt{(-9-0)^{2} +(-9-0)^{2} } =\sqrt{162}=9\sqrt{2}\\ \frac{D'E'}{DE} =\frac{3\sqrt{2}}{9\sqrt{2}} =\frac{1}{3} \\ D'E'=\frac{1}{3}*DE[/tex]
D. The measure of ∠E' is One-third the measure of ∠E. False.
E. △DEF ~ △D'E'F'. True. They are similar triangles.
A. ∠F corresponds to ∠F' : True.
B. Segment EE' is parallel to segment FF' : False.
C. The distance from point D' to the origin is One-third the distance of point D to the origin. : True.
D. The measure of ∠E' is One-third the measure of ∠E : False.
E. △DEF ~ △D'E'F' : True.
As triangle DEF was dilated according to the rule DO, One-third(x, y)(one-third x, one-third y) to create similar triangle D'E'F'.
The center of dilation = (0, 0)
And Triangle FDE has points: (- 9, 3), (- 9, 9), (- 6, 6).
Triangle F'D'E' has points : (- 3, 1), (- 3, 3), (- 2, 2)
So,
A. ∠F corresponds to ∠F'. ( True)
B. Segment EE' is parallel to segment FF'. (False)
As they intersect each other at the origin.
C. The distance from point D' to the origin is One-third the distance of point D to the origin. ( True)
Now, let us find the ratio D'E'/DE:
Length DE
[tex]=\sqrt{(-9-0)^{2}+ (-9-0)^{2}} \\=9\sqrt{2}[/tex]
And length D'E'
[tex]=\sqrt{(-3-0)^{2}+ (-3-0)^{2}} \\=3\sqrt{2}[/tex]
Ratio D'E'/DE
[tex]=\frac{3\sqrt{2} }{9\sqrt{2} } \\=\frac{1}{3}[/tex]
D. The measure of ∠E' is One-third the measure of ∠E. ( False)
E. △DEF ~ △D'E'F'. ( True)
As they are similar triangles.
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