Well, the area of a rhombus is 1/2*d(1)*d(2). 1/2 * 8 * 14 is 56, so the area of this rhombus is 56 square cm.
Just the one and it is 8cm by 14cm by 16cm
You are not finding the area you are finding the volume. The answers is 1232 cm3
8cm x 3.2cm = 25.6cm
80mm equals 8cm
A rectangle that is 2cm by 4cm has an area of 8cm. It also has a perimeter of 12cm.
AC and DB must be the diagonals of the rhombus, because the sides are all equal. Area = product of the diagonals. = 14 x 8 = 112
Just the one and it is 8cm by 14cm by 16cm
The area of triangle is : 56.0
It is impossible to get a triangle with the side lengths 14cm, 3cm and 8cm 14cm itself is larger than the sum of two other lengths (3cm + 8cm = 11cm).
You are not finding the area you are finding the volume. The answers is 1232 cm3
The lengths of the sides of any shape, other than a triangle or regular polygon do not provide enough information to calculate the area. In the same way that a square can be flexed into a rhombus and the rhombus can then be flattened so that its area changes, the information given in the question is not adequate.
There is no triangle with sides 14 cm, 3cm and 8cm. For a triangle to exist the sum of the two shorter sides must be longer than the remaining side. 3 cm + 8 cm = 11 cm < 14cm
8cm x 3.2cm = 25.6cm
A square of perimeter 32cm has 4 sides of length 8cm. Area = Side1*Side2 Area = 8cm*8cm Area=64cm2
80mm equals 8cm
A rectangle that is 2cm by 4cm has an area of 8cm. It also has a perimeter of 12cm.
32 cm² = 8cm²/2