All the 4 sides of a rhombus are equal, so 4 times the length of a side.
Perimeter = 4*Side so that Side = Perimeter/4 Area of a rhombus = Side * Altitude so Altitude = Area/Side = Area/(Perimeter/4) = 4*Area/Perimeter
Yes. For example, to find the perimeter of a square, add the length of the four sides.
Find the other 2 sides and then add the 4 sides together.
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.
All the 4 sides of a rhombus are equal, so 4 times the length of a side.
The four sides of a rhombus are equal and so: 6+6+6+6 = 24
Perimeter = 4*Side so that Side = Perimeter/4 Area of a rhombus = Side * Altitude so Altitude = Area/Side = Area/(Perimeter/4) = 4*Area/Perimeter
you add all of the sides together for example if the sides were 4, 3, 4,3 you would have the answer of 14loopydingoAdd all the sides together
Yes. For example, to find the perimeter of a square, add the length of the four sides.
If you have the length of each of the three sides of a triangle, you can find the perimeter of (the distance around) the triangle by adding the length of the sides. Their sum will be the perimeter of this geometric shape.
Find the other 2 sides and then add the 4 sides together.
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.
use your ruler to measure the sides
count the grids
Oh, what a happy little rhombus we have here! To find the perimeter, we simply add up all the sides. Since a rhombus has four equal sides, we can multiply one side by 4. So, the perimeter would be (3x - 6) + (3x - 6) + (x + 14) + (x + 14), which simplifies to 8x + 16.
That depends on what type of triangle is if the side given is equal to the perimeter divided by 3 then it is an equilateral triangle.