asked 190k views
5 votes
A conjecture and the flowchart proof used to prove the conjecture are shown.Drag an expression or phrase to each box to complete the proof.

A conjecture and the flowchart proof used to prove the conjecture are shown.Drag an-example-1
A conjecture and the flowchart proof used to prove the conjecture are shown.Drag an-example-1
A conjecture and the flowchart proof used to prove the conjecture are shown.Drag an-example-2
asked
User Dnch
by
8.6k points

1 Answer

5 votes

Solution: The solution is shown is below figure.

Step-by-step explanation:

From the given information JKLM is a parallelogram and
\underset{LN}{\rightarrow} bisects
\angle KLP. So Blank 1 is filled by Given and blank 2 is filled by
\underset{LN}{\rightarrow} bisects
\angle KLP
.

Parallelogram is a quadrilateral whose opposite sides are equal or parallel. Since it is given that JKLM is a parallelogram, therefore the side JM is parallel to the side KL. So blank 3 filled by Definition of parallelogram.

If a line bisects an angle it is means it divides the angle in two equal parts. Since
\underset{LN}{\rightarrow} bisects
\angle KLP, therefore
\angle 2\cong \angle 3. Hence the blank 4 is filled by Definition of bisect.

The transitive property of congruence states that if
\angle 1\cong \angle 2 and
\angle 2\cong \angle 3, then
\angle 1\cong \angle 3. Thus, the blank 5 is filled by Transitive Property of Congruence.

A conjecture and the flowchart proof used to prove the conjecture are shown.Drag an-example-1
answered
User Edyn
by
8.5k points
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