web viewgeometryname pd. 3.4 – applications of similarity. the polygons in each pair are...

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Geometry Name Pd. 3.4 – Applications of Similarity The polygons in each pair are similar. Find the scale factor of the smaller figure to the larger figure. Show work! 1. 2. 3. k = _________ k = _________ k = _________ 4. 5. 6. k = _________ k = _________ k = _________ The polygons in each pair are similar. Find the missing side length. Set up a proportion and solve. Show work! 7. 8.

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Page 1: Web viewGeometryName Pd. 3.4 – Applications of Similarity. The polygons in each pair are similar. Find the scale factor of the smaller figure to the larger figure

Geometry Name Pd. 3.4 – Applications of Similarity

The polygons in each pair are similar. Find the scale factor of the smaller figure to the larger figure. Show work!

1. 2. 3.

k = _________ k = _________ k = _________

4. 5. 6.

k = _________ k = _________ k = _________

The polygons in each pair are similar. Find the missing side length. Set up a proportion and solve. Show work!

7. 8.

? = ________ ? = ________

9. 10.

? = ________ ? = ________

Page 2: Web viewGeometryName Pd. 3.4 – Applications of Similarity. The polygons in each pair are similar. Find the scale factor of the smaller figure to the larger figure

The polygons in each pair are similar. Find the missing side length. Not drawn to scale. Set up a proportion and solve. Show work!

11. Scale factor from A to B = 1 : 2 12. Scale factor from A to B = 2 : 3

? = ________ ? = ________

13. Scale factor from A to B = 5 : 6 14. Scale factor from A to B = 6 : 7

? = ________ ? = ________

Solve for x. The polygons in each pair are similar. Not drawn to scale. Set up a proportion and solve. Show work!

15. 16.

x = ________ x = ________

17. Scale factor from A to B = 5 : 6 18. Scale factor from A to B = 6 : 7

x = ________ x = ________