haleyachrist05
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pls answer this it’s an emergency and i can’t get it wrong
Select the correct answer.
How does the figure verify the triangle inequality theorem?
11
Oby showing that the sides with lengths of 7 and 4 can form many possible triangles
O
by showing that the sides with lengths of 7 and 4 will only meet when they lie on the third side
O
by showing that the sides with lengths of 7 and 4 can meet to form a third vertex
O
by showing that the sides with lengths of 7 and 4 will never meet

pls answer this its an emergency and i cant get it wrong Select the correct answer How does the figure verify the triangle inequality theorem 11 Oby showing tha class=

Respuesta :

Lanuel

The figure verifies triangle inequality theorem: B. by showing that the sides with lengths of 7 and 4 will only meet when they lie on the third side.

What is the triangle inequality theorem?

In Euclidean geometry, the triangle inequality theorem states that the sum of any two (2) sides of a triangle must be greater than or equal (≥) to the third side of the triangle.

Mathematically, the triangle inequality theorem is given by this expression (a + b ≥ c).

In this context, we can logically deduce that the figure would verify triangle inequality theorem by showing that the sides with lengths of 7 and 4 would only meet when they lie on the third side of the triangle.

Read more on triangle inequality theorem here: https://brainly.com/question/2403556

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