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Given that 2ND GRAPH and 3RD GRAPH , which theorem or postulate proves ΔBCD ΔFED? ASA Congruence Postulate not enough information to establish congruence SSS Congruence Postulate SAS Congruence Postulate
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Given that 2ND GRAPH and 3RD GRAPH , which theorem or postulate proves ΔBCD ΔFED?

ASA Congruence Postulate

not enough information to establish congruence

SSS Congruence Postulate

SAS Congruence Postulate

Given that 2ND GRAPH and 3RD GRAPH , which theorem or postulate proves ΔBCD ΔFED? ASA-example-1
Given that 2ND GRAPH and 3RD GRAPH , which theorem or postulate proves ΔBCD ΔFED? ASA-example-1
Given that 2ND GRAPH and 3RD GRAPH , which theorem or postulate proves ΔBCD ΔFED? ASA-example-2
Given that 2ND GRAPH and 3RD GRAPH , which theorem or postulate proves ΔBCD ΔFED? ASA-example-3
User Seraph Wedd
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1 Answer

6 votes
I think the answer is not enough information is given.

Hope this helps :)
User Anders Elton
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6.3k points
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