To prove part of the triangle midsegment theorem using
the diagram, which statement must be shown?
O
The length of JK equals the length of JL.
The length of GH is half the length of KL.
The slope of JK equals the slope of JL.
The slope of GH is half the slope of KL.

Respuesta :

Answer:the length of GH is half the length of KL

Step-by-step explanation: Just took it on edg and was correct.

The statement that must be shown to prove part of the triangle midsegment theorem is: B. The length of GH is half the length of KL

What is the Midsegment Theorem?

  • The Midsegment Theorem of a triangle states that the length of the midsegment (line segment joining two sides of a triangle) is half the length of the third side (the base) of the triangle.
  • Midsegment = ½(third side/base)

Given ΔJKL with a midsegment of GH as shown in the diagram attached below:

GH is the midsegment

KL is the base (third side)

Therefore, the statement that must be shown to prove part of the triangle midsegment theorem is: B. The length of GH is half the length of KL

Learn more about the midsegment theorem on:

https://brainly.com/question/8370301

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