There is no relationship between the perimeter and the area of a rhombus.
Take a rhombus with all 4 sides = 2 units. Therefore the perimeter is 8 units.
There are an infinite number of possible areas for this rhombus.
The largest possible area will be when the rhombus approaches the shape of a square = 4 square units.
The smallest area will be when the one diagonal approaches 0 units and the other diagonal approaches 4 units (squashed almost flat).
So two very extreme areas can have the same perimeter, including all those areas in-between.
Perimeter = 4*Side so that Side = Perimeter/4 Area of a rhombus = Side * Altitude so Altitude = Area/Side = Area/(Perimeter/4) = 4*Area/Perimeter
In general you cannot find the perimeter of any shape if only the area is given.
You cannot. For a given area, an equilateral triangle will have the smallest perimeter but that perimeter can be increased - without limit - without increasing the area.
Unless the area is a regular polygon (or a circle) you cannot.
That will depend on the lengths of the diagonals of the rhombus which are of different lengths and intersect each other at right angles but knowing the lengths of the diagonals of the rhombus it is then possible to work out its perimeter and area.
Perimeter = 4*Side so that Side = Perimeter/4 Area of a rhombus = Side * Altitude so Altitude = Area/Side = Area/(Perimeter/4) = 4*Area/Perimeter
In general you cannot find the perimeter of any shape if only the area is given.
The answer is given below.
123
If you are given the width and the perimeter, then figure out what the length is then calculate the area... hope this helps :)
You cannot.
Constructing the figure, we find the other diagonal to have length 10.The area of the rhombus would thus be 10x8x0.5=40
You cannot. For a given area, an equilateral triangle will have the smallest perimeter but that perimeter can be increased - without limit - without increasing the area.
Unless the area is a regular polygon (or a circle) you cannot.
That will depend on the lengths of the diagonals of the rhombus which are of different lengths and intersect each other at right angles but knowing the lengths of the diagonals of the rhombus it is then possible to work out its perimeter and area.
All four sides are the same size. Double the measure of two and you'll get the total.
If you are given the area you will have to think what do you times with the number you have to get it.