Segment GI is congruent to Segment JL and Segment GH is congruent to Segment KL. I have to prove Segment HI is congruent to Segment JK. It has to be done in eight steps with reasons.

Answer:
See explanation
Step-by-step explanation:
1 step: [tex]\overline{GI}\cong \overline {JL}[/tex] - given
2 step: [tex]\overline{GI}\cong \overline{GH}+\overline{HI}[/tex] - Segments Addition Postulate
3 step: [tex]\overline{GH}+\overline{HI}\cong \overline {JL}[/tex] - Substitution Property
4 step: [tex]\overline {JL}\cong \overline {JK}+\overline {KL}[/tex] - Segments Addition Postulate
5 step: [tex]\overline{GH}+\overline{HI}\cong \overline {JK}+\overline {KL}[/tex] - Substitution Property
6 step: [tex]\overline{GH}\cong \overline {KL}[/tex] - given
7 step: [tex]\overline{GH}+\overline{HI}\cong \overline {JK}+\overline {GH}[/tex] - Substitution Property of Equality
8 step: [tex]\overline{HI}\cong \overline {JK}[/tex] - Subtraction Property of Equality
The 8 steps showing the 8 statements and reasons to prove that HI ≅ JK has been explained below.
We want to prove that HI ≅ JK
We are given the statement; GI ≅ JL
This means line GI is congruent and thus equal to Line JL.
Statement 2; GI = GH + HI
The reason is we used segment addition postulate since point H is a point on line GI.
Statement 3; GH + HI = JL
Reason is because of use of substitution property since GI ≅ JL.
Statement 4; JL = JK + KL
The reason is we used segment addition postulate since point K is a point on line JL.
Statement 5; GH + HI = JK + KL
Reason is because of use of substitution property since GH + HI = JL.
Statement 6; GH ≅ KL
Reason is because we are given that in the question
Statement 7; GH + HI ≅ JK + GH
Reason is use of substitution property since GH ≅ KL
Statement 8; HI ≅ JK
Reason is subtraction property of equality where GH was subtracted from both sides.
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