area_rhombus = ½ × shortest_diagonal × longest_diagonal
→ shortest_diagonal = 2 × area_rhombus ÷ longest_diagonal
The side length of a rhombus can be calculated from the diagonals using Pythagoras:
side_length² = (shortest_diagonal ÷ 2)² + (longest_diagonal ÷ 2)²
→ side_length = ½ × √(shortest_diagonal² + longest_diagonal²)
And as all sides of a rhombus are equal, its perimeter is 4 times the side length
→ perimeter = 4 × side_length
→ perimeter = 4 × ½ × √(shortest_diagonal² + longest_diagonal²)
→ perimeter = 2 × √((2 × area_rhombus ÷ longest_diagonal)² + longest_diagonal²)
And now we can substitute in the numbers and get the result:
perimeter = 2 × √((2 × 73.5 cm² ÷ 14 cm)² + (14 cm)²) = 35 cm
Approx 59.8 cm.
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.
Given a 56 cm diagonal, the square will have a perimeter of 158.4 cm
A square, a rhombus and a kite
There are lot of shapes in geometry. It is called polygons. Triangle, trapezoid, circle, parallelogram, rhombus, rectangle, diagonal, square etc. Parallelogram, rhombus, rectangle, diagonal, square, and trapezoid are quadrilaterals.
Units, because the perimeter is just the edge. The area is square units.
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.
Given a 56 cm diagonal, the square will have a perimeter of 158.4 cm
The perimeter of a square with a diagonal of 12 centimeters is: 33.9 centimeters.In future, to find out the perimeter of a square when you only know it's diagonal, use Pythagoras or times the diagonal by 2.828427125.This number is irrational, and is like a pi for the diagonals of squares.I call it Tau.It is the relationship between the diagonal of all squares and there perimeter.
The perimeter of this square is 56.569 meters.
The perimeter of this square is 45.25 cm
A square, a rhombus and a kite
Yes. In a rhombus (and in a square), the opposite angles that each diagonal connects are bisected by the diagonal.
Perimeter of a rhombus = 4 x (length of one side)(Notice how closely the formula resemblesthe one for the perimeter of a square.)
The perimeter of a square with a diagonal length of 24 square root 2 millimeters (33.94 mm) is: 96 mm
The main difference between a square and a rhombus is that a square has all its angles equal to 90 degrees and a rhombus does not. A square has 4 lines of symmetry while rhombus only has 2. The diagonal lengths of a square are of the same measure. Rhombus diagonal lengths are of different measures. They are both a quadrilateral, all sides are equal in length, and opposite sides are parallel to each other.
There are lot of shapes in geometry. It is called polygons. Triangle, trapezoid, circle, parallelogram, rhombus, rectangle, diagonal, square etc. Parallelogram, rhombus, rectangle, diagonal, square, and trapezoid are quadrilaterals.
Units, because the perimeter is just the edge. The area is square units.