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The distance from the centroid of a triangle to its vertices are 16cm, 17cm, and 18cm. What is the length of the shortest median

User Oozeerally
by
5.5k points

1 Answer

1 vote

Answer:


24
\text{cm}

Explanation:

Given: The distance from the centroid of a triangle to its vertices are
16\text{cm},
17\text{cm}, and
18\text{cm}.

To Find: Length of shortest median.

Solution:

Consider the figure attached

A centroid is an intersection point of medians of a triangle.

Also,

A centroid divides a median in a ratio of 2:1.

Let G be the centroid, and vertices are A,B and C.

length of
\text{AG}
=16\text{cm}

length of
\text{BG}
=17\text{cm}

length of
\text{CG}
=18\text{cm}

as centrod divides median in ratio of
2:1

length of
\text{AD}
=(3)/(2)\text{AG}


=(3)/(2)*16


=24\text{cm}

length of
\text{BE}
=(3)/(2)\text{BG}


=(3)/(2)*17


=(51)/(2)\text{cm}

length of
\text{CF}
=(3)/(2)\text{CG}


=(3)/(2)*18


=27\text{cm}

Hence the shortest median is
\text{AD} of length
24\text{cm}

The distance from the centroid of a triangle to its vertices are 16cm, 17cm, and 18cm-example-1
User Sharifa
by
5.4k points
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