Math, asked by vishwajeetindravijay, 3 months ago

In an Isosceles triangle, length of the congruent sides is 13 cm and its base is 10 cm. Find the distance between the vertex opposite to the base and the centroid. [Solve without using Apollonius Theorem]

Answers

Answered by akhiljakka

Answer:

calculate the following problem, then get the answers

Answered by CutieBun01

Answer:

Altitude of the triangle = 60*2/10 = 12 cm. Since the centroid is two thirds of the way from the vertex to any base, the answer to your question is 8 cm.

Step-by-step explanation:

this is your answer hope it was helping you

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In an Isosceles triangle, length of the congruent sides is 13 cm and its base is 10 cm. Find the distance between the vertex opposite to the base and the centroid. [Solve without using Apollonius Theorem]​

Answers

In an Isosceles triangle, length of the congruent sides is 13 cm and its base is 10 cm. Find the distance between the vertex opposite to the base and the centroid. [Solve without using Apollonius Theorem]