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In ​ Quadrilateral ABCD, AB∥CD and m∠2=27.

What is m∠5?

Enter your answer in the box.

In ​ Quadrilateral ABCD, AB∥CD and m∠2=27. What is m∠5? Enter your answer in the box-example-1
User Arturski
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2 Answers

3 votes
Quadrilateral ABCD, AB∥CD
m∠2=27 so m<5 = 27 (alternate interior angles are equal)

Answer
m∠5=27
User Michael Johnson
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0 votes

Answer:
\angle5 = 27°

Step-by-step explanation:

Given: ABCD is a Quadrilateral and AB is parallel to CD and
\angle 2=27 degree

We have to find out:
\angle 5

since, AB is parallel to CD , and according to the properties of parallel lines If two parallel lines are cut by a transversal line then the alternative interior angles made by that transerversal are always equal.

here BD makes the transversal line for parallel lines AB and CD. and
\angle 2 and
\angle 5 are interior angles of lines CD and AB respectively. And these angle are alternative to each other.

Thus they must have the equal values. This implies if
\angle 2 = 27° then
\angle 5= 27°

User Dinre
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