Question

Find the formula used to find the area and then find the area of the rhombus

Answer 1

Explanation:

To find the area of a rhombus, we need to use the formula for it. This formula is:

Where:

d1 is one of the diagonal of the figure (a rhombus).

d2 is the other diagonal of the figure.

Then, we need to check from the figure the length of each diagonals:

• d1 = 6m + 6m ---> d1 = 12m

,

• d2 = 8m + 8m ---> d2 = 16m

Then, we have that the area of the rhombus is:

Therefore, the area of the rhombus is 96 sq. meters.

Answer 2

To find the area of a rhombus, we need to use the formula for it. This formula is:

`A_{}=(1)/(2)(d_1\cdot d_2)`

Where:

d1 is one of the diagonal of the figure (a rhombus).

d2 is the other diagonal of the figure.

Then, we need to check from the figure the length of each diagonals:

• d1 = 6m + 6m ---> d1 = 12m

,

• d2 = 8m + 8m ---> d2 = 16m

Then, we have that the area of the rhombus is:

`A=(1)/(2)\cdot(d_1\cdot d_2)=(1)/(2)\cdot(12m\cdot16m)=(1)/(2)\cdot(192m^2)=96m^2`

Therefore, the area of the rhombus is 96 sq. meters.