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Write proofs in two-column form.

Given: GH¯⊥HJ¯; KJ¯⊥HJ¯; ∠G≅∠K

Prove:▵GHJ≅▵KJH

Short Answer

Expert verified

The proof in two-column form is:

Step by step solution

01

Step 1.  Observe the given diagram.

The given diagram is:

02

Step 2.  Description of step

It is being given that GH¯⊥HJ¯,KJ¯⊥HJ¯and ∠G≅∠K.

As, GH¯⊥HJ¯, therefore by using the definition of perpendicular lines it can be said that m∠GHJ=90°.

As, KJ¯⊥HJ¯,therefore by using the definition of perpendicular lines it can be said that m∠KJH=90°.

Therefore, m∠GHJ=m∠KJH=90°.

Therefore, ∠GHJ≅∠KJH.

In the triangles â–µGHJ and â–µKJH, it can be noticed that the side HJ is common.

Therefore, HJ¯≅HJ¯by using the reflexive property.

In the triangles ▵GHJ and ▵KJH, it can be noticed that ∠G≅∠K, ∠GHJ≅∠KJH and HJ¯≅HJ¯.

Therefore, the triangles â–µGHJ and â–µKJH are congruent triangles by AAS postulate.

03

Step 3.  Write the proof in two-column form.

The proof in two-column form is:

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