Classwork. Example 1 S.35
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1 Classwork Example 1 In the picture below, we have a triangle AAAAAA that has been dilated from center OO by a scale factor of rr = 1. It is noted 2 by AA BB CC. We also have triangle AA BB CC, which is congruent to triangle AA BB CC (i.e., AA BB CC AA BB CC ). Describe the sequence that would map triangle AA BB CC onto triangle AAAAAA. S.35
2 Exercises 1. Triangle AAAAAA was dilated from center OO by scale factor rr = 1. The dilated triangle is noted by AA BB CC. Another 2 triangle AA BB CC is congruent to triangle AA BB CC (i.e., AA BB CC AA BB CC ). Describe a dilation followed by the basic rigid motion that would map triangle AA BB CC onto triangle AAAAAA. S.36
3 2. Describe a sequence that would show AAAAAA~ AA BB CC. 3. Are the two triangles shown below similar? If so, describe a sequence that would prove AAAAAA~ AA BB CC. If not, state how you know they are not similar. S.37
4 4. Are the two triangles shown below similar? If so, describe a sequence that would prove AAAAAA~ AA BB CC. If not, state how you know they are not similar. S.38
5 Lesson Summary A similarity transformation (or a similarity) is a sequence of a finite number of dilations or basic rigid motions. Two figures are similar if there is a similarity transformation taking one figure onto the other figure. Every similarity can be represented as a dilation followed by a congruence. The notation AAAAAA~ AA BB CC means that AAAAAA is similar to AA BB CC. Problem Set 1. In the picture below, we have triangle DDDDDD that has been dilated from center OO by scale factor rr = 4. It is noted by DD EE FF. We also have triangle DD EE FF, which is congruent to triangle DD EE FF (i.e., DD EE FF DD EE FF ). Describe the sequence of a dilation, followed by a congruence (of one or more rigid motions ), that would map triangle DD EE FF onto triangle DDDDDD. S.39
6 2. Triangle AAAAAA was dilated from center OO by scale factor rr = 1. The dilated triangle is noted by AA BB CC. Another 2 triangle AA BB CC is congruent to triangle AA BB CC (i.e., AA BB CC AA BB CC ). Describe the dilation followed by the basic rigid motions that would map triangle AA BB CC onto triangle AAAAAA. 3. Are the two figures shown below similar? If so, describe a sequence that would prove the similarity. If not, state how you know they are not similar. S.40
7 4. Triangle AAAAAA is similar to triangle AA BB CC (i.e., AAAAAA~ AA BB CC ). Prove the similarity by describing a sequence that would map triangle AA BB CC onto triangle AAAAAA. 5. Are the two figures shown below similar? If so, describe a sequence that would prove AAAAAA~ AA BB CC. If not, state how you know they are not similar. S.41
8 6. Describe a sequence that would show AAAAAA~ AA BB CC. S.42
9 NYS COMMON CORE MATHEMATICS CURRICULUM Lesson Lesson 9: Basic Properties of Classwork Exploratory Challenge 1 The goal is to show that if AAAAAA is similar to AA BB CC, then AA BB CC is similar to AAAAAA. Symbolically, if AAAAAA AA BB CC, then AA BB CC AAAAAA. a. First, determine whether or not AAAAAA is in fact similar to AA BB CC. (If it isn t, then no further work needs to be done.) Use a protractor to verify that the corresponding angles are congruent and that the ratios of the corresponding sides are equal to some scale factor. Lesson 9: Basic Properties of S.43
10 NYS COMMON CORE MATHEMATICS CURRICULUM Lesson b. Describe the sequence of dilation followed by a congruence that proves AAAAAA AA BB CC. c. Describe the sequence of dilation followed by a congruence that proves AA BB CC AAAAAA. d. Is it true that AAAAAA AA BB CC and AA BB CC AAAAAA? Why do you think this is so? Lesson 9: Basic Properties of S.44
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