Find coordinates of the vertex p of image after a dilation

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Reference no: EM131081226

1. Solve for x.

(x/4) = (8/2)

2. Solve for y.

(25/y) = (5/15)

3. Solve for z.

(3/7) = (6/z)

4. Solve for x.

(4/5) = (x/9)

5. Find the value of x:

If (7/2) = (a/b), then (7/a) = x/b)

6. Find the value of x:

If (9/n) = (4/m), then {(4+n / n} = (x/m)

7. Referring to the figure, given AB/BD = AC/CE, find CE.

2346_Triangle.jpg

8. Referring to the figure, given MO/OQ = NP/PQ, find NP.

1988_Triangle1.jpg

9. Referring to the figure, given EF/DF = FG/FH, find EF.

891_Triangle2.jpg

10. Referring to the figure, given AB/AC = AD/AE, find CE.

359_Triangle3.jpg

11. Referring to the figure, given ABCD ∼ WXYZ, find the scale factor of ABCD to WXYZ.

236_Rectangle.jpg

12. Referring to the Fig. in Question #11, given ABCD ∼ WXYZ, find the scale factor of WXYZ to ABCD.

13. Referring to the Fig. in Question #11, given ABCD ∼ WXYZ, find the value of s.

14. Referring to the Fig. in Question #11, given ABCD ∼ WXYZ, find the value of t.

15. Referring to the Fig. in Question #11, given ABCD ∼ WXYZ, find the value of u.

16. Referring to the Fig. in Question #11, given ABCD ∼ WXYZ, find the perimeter of polygon ABCD.

17. Referring to the Fig. in Question #11, given ABCD ∼ WXYZ, find the perimeter of polygon WXYZ.

18. Referring to the Fig. in Question #11, given ABCD ∼ WXYZ, find the ratio of the perimeter of ABCD to the perimeter of WXYZ.

19. Referring to the figure, are the triangles similar? If so state the postulate or theorem that can be used to prove that the triangles are similar.

786_Triangle4.jpg

a. triangles are not similar
b. triangles are similar; SSS similarity
c. triangles are similar; SAS similarity
d. triangles are similar; AA similarity

20. Referring to the figure, are the triangles similar? If so state the postulate or theorem that can be used to prove that the triangles are similar.

425_Triangle5.jpg

a. triangles are not similar
b. triangles are similar; SSS similarity
c. triangles are similar; SAS similarity
d. triangles are similar; AA similarity

21. Referring to the figure, are the triangles similar? If so state the postulate or theorem that can be used to prove that the triangles are similar.

2197_Triangle6.jpg

a. triangles are not similar
b. triangles are similar; SSS similarity
c. triangles are similar; SAS similarity
d. triangles are similar; AA similarity

22. Referring to the figure, are the triangles similar? If so state the postulate or theorem that can be used to prove that the triangles are similar.

1902_Triangle7.jpg

a. triangles are not similar
b. triangles are similar; SS similarity
c. triangles are similar; SAS similarity
d. triangles are similar; AA similarity

23. Referring to the figure, are the triangles similar? If so state the postulate or theorem that can be used to prove that the triangles are similar.

48_Triangle8.jpg

a. triangles are not similar
b. triangles are similar; SSS similarity
c. triangles are similar; SAS similarity
d. triangles are similar; AA similarity

24. Referring to the figure, are the triangles similar? If so state the postulate or theorem that can be used to prove that the triangles are similar.

47_Triangle9.jpg

a. triangles are not similar
b. triangles are similar; SSS similarity
c. triangles are similar; SAS similarity
d. triangles are similar; AA similarity

25. Referring to the figure, find the missing segment. YO/OB = AE/?

2385_Triangle10.jpg

26. Referring to the Fig. in Question #25, find the missing segment. YB/OB = ?/ER

27. Referring to the Fig. in Question #25, find the missing segment.

?/AE = YB/YO

28. Referring to the Fig. in Question #25, find the missing segment. DR/? = DB/YB

29. Referring to the Fig. in Question #25, find the missing segment. DY/YO = DA/?

30. Referring to the Fig. in Question #25, find the missing segment.

?/AE = DO/YO

31. Referring to the figure, find the value of x.

1758_Triangle11.jpg

32. Referring to the figure, find the value of x.

1123_Triangle12.jpg

33. Referring to the figure, find the value of x.

2460_Triangle13.jpg

34. The vertices of a polygon are given as follows: A(-1,2), B(3,1), C(1,-4); k = 2

Find the coordinates of the vertex A' of the image after a dilation having the given scale factor. Type your answers as a coordinate pair in this format: (x,y)

35. The vertices of a polygon are given as follows: P(-2,4), Q(4,2), R(4,0); S(-12,0); k = 0.5

Find the coordinates of the vertex P' of the image after a dilation having the given scale factor. Type your answers as a coordinate pair in this format: (x,y)

Reference no: EM131081226

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