Given a triangle ABC with ‘G’ as centroid.
Find BE.

Follow the below steps to find the length of AB:

AF + FB = AB
AF + AF = AB
2AF = AB
AF = 1/2 AB
AB = 2 AF
AB = 12

Given a triangle ABC with ‘G’ as centroid.
Find GE.

$table attributes columnspacing 1em end attributes row cell B G equals 4 end cell row cell B G equals 2 over 3 B E end cell row cell B E equals 3 over 2 space cross times space 4 end cell row cell B E equals 6 end cell row cell G E equals B E space minus space B G end cell row cell equals 6 space minus space 4 end cell row cell equals space 2 end cell end table$

Given a triangle ABC with ‘G’ as centroid.
Find GE.

In the ∆QPR, what is the point of concurrency of medians?

Centroid divides a median in the ratio 2:1

In the ∆QPR, what is the point of concurrency of medians?

Centroid divides a median in the ratio 2:1

Choose an option that relates to AD, in the given figure.

From the given figure:

Find the length of the sides of the triangle.

We can find the triangle side lengths by using the Pythagorean theorem.
Side length = $equals square root of 12 squared plus 5 squared end root$
$table attributes columnspacing 1em end attributes row cell equals square root of 144 plus 25 end root end cell row cell equals square root of 169 end cell row cell equals 13 end cell end table$
13, 13 and base =10

Find the value of x in the given figure.

By angle bisector theorem, x = $29 to the power of o$
>>>Therefore, the value of x is 29 degrees.

Find the value of x in the given figure.

By angle bisector theorem, x = $29 to the power of o$
>>>Therefore, the value of x is 29 degrees.

Where should the goalkeeper in a hockey match stand from the person hitting the ball?

The point on an angle bisector is ____ from the two sides of the angle.

The point at which the angle bisectors intersect in a triangle is from the of the triangle.

The point at which the angle bisectors intersect is equidistant from the sides of the triangle.

The point at which the angle bisectors intersect in a triangle is from the of the triangle.

The point at which the angle bisectors intersect is equidistant from the sides of the triangle.

What is the perimeter of the triangle?

In the given figure, , a person must start from home and reach school, grocery store and reach home. The road is in a circular path.
Which concept is used to solve this problem?

In the given figure, what is the point of concurrency?