Chapter 4: Q12. WE (page 137)
Write proofs in two–column form.
Theorem 4–2.
Short Answer
Statement | Reason |
Given | |
Angle bisector theorem | |
Reflexive property | |
ASA postulate | |
Congruent sides of congruent triangles |
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Chapter 4: Q12. WE (page 137)
Write proofs in two–column form.
Theorem 4–2.
Statement | Reason |
Given | |
Angle bisector theorem | |
Reflexive property | |
ASA postulate | |
Congruent sides of congruent triangles |
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Find the values of and y.
27. ln equiangular , and .
In the following figure, the two-triangle shown are congruent. Then complete the following statement.

is a common side of two congruent quadrilaterals.

Complete: quad.quad.
is a common side of two congruent quadrilaterals.
Decide whether you can deduce by the SSS, SAS, or ASA postulate that another triangle is congruent to . If so, write the congruence and name the postulate used. If not, write no congruence can be deduced.

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