The lengths of the diagonals work out as 12 cm and 16 cm
The sides of a rhombus must all be the same length, but the angles do not need to be the same. The result is a diamond shape where the diagonals can be two different lengths.
No. The diagonals of rhombus are not equal.
In general, the diagonals of a parallelogram are NOT the same length. They're equalonly when the parallelogram is either a rectangle or a rhombus (including square).
No. The diagonals of rhombus are not equal.
The length of the sides of the rhombus are 10cm, as a rhombus has equal sides. since the diagonals of a rhombus are perpendicular, ratio of side of rhombus to 1/2 a diagonal to 1/2 of another diagonal is 5:4:3 (pythagorean thriple), hence ratio of side of rhombus to 1 diagonal to another diagonal is 5:8:6. since 5 units = 10cm 8 units = 16cm 6 units = 12cm and there are your diagonals.
"Congruent" isn't used to describe the diagonals of a rhombus. However, all four sides of a rhombus are congruent - they are all the same length.The diagonals of a rhombus are perpendicular to each other. They are not the same length - if the diagonals were the same length, then you would have a square.
The answer depends on which aspect of a rhombus. Its sides are of equal length but its diagonals are NOT!
The lengths of the diagonals work out as 12 cm and 16 cm
Not in general. The diagonals of a rectangle are equal length. A rhombus that is also a rectangle would be a square.
The sides of a rhombus must all be the same length, but the angles do not need to be the same. The result is a diamond shape where the diagonals can be two different lengths.
rhombus
Yes, they are perpendicular and intersect at their midpoints. The difference between diagonals in a rhombus as opposed to a rectangle or square is that the diagonals are not of equal length.
The diagonals are not equal in length but thet bisect each other at 90 degrees
A rhombus.
Regular polygons. A square and rectangle will have congruent (equal length) diagonals.
Yes, the diagonals of a rhombus are perpendicular.