Area Formula For A Rhombus Math

Just multiply sine 33 by 4 cm 2 to get the area of the rhombus.

Area formula for a rhombus math. A 4 area of aob 4 ao ob sq. Area of a rhombus formula if you know altitude height and side s the formula is. Let o be the point of intersection of two diagonals. Let n 1 n 2 n 3 n 4 be a signed distances from vertices a b c d to tangent line respectively such that distances to a tangent from points on opposite sides are opposite in sign while those from points on the same side have the same sign.

If you know the lengths of the diagonals the. Units 4 d 1 d 2 sq. Units 4 1 8 d 1 d 2 square units d 1 d 2. Area height s a r e a h e i g h t s if you know the length of one side s and the measure of one angle the formula is.

The area is half the product of the diagonals. A rhombus is either an equilateral triangle or a slanting square whose sides are equal and the area can be calculated by multiplying both diagonals together and divide the value by two. The area of the rhombus will be. A is the length of the side.

H is the altitude height. Area s2 sin a s2 sin b a r e a. Area d 1 d 2 2. Another simple formula for the area of a rhombus when you know the lengths of the diagonals.

Denote the side length of rhombus by a and the area of rhombus by a then a n 1 n 2 n 3 n 4 2 a. The area of the rhombus is 2 2 cm 2. Thus the area of a rhombus formula can be given as the area of a rhombus formula is 4 area of aob. Consider the following rhombus.

Find the formulas for same and perimeter of rhombus in the table below. Therefore area of a rhombus. 2 cm 2 x sine 33 4 cm 2 x 0 55 2 2 cm 2. There are 3 ways to find the area of rhombus.

It doesn t matter which angle you choose.