How do you find the height of a rhombus when given the perimeter?

How do you find the height of a rhombus when given the perimeter?

The formula for the height of a rhombus is height = area ÷ base. For example, if you know the area of a rhombus is 64 cm2 and the base is 8 cm, you work out 64 ÷ 8 = 8. The height of the rhombus is 8 cm.

Can you find the area of a rhombus with only the perimeter?

If the perimeter is of length p then the length of one side is p4 . If we place one side of the rhombus horizontally, then the area is equal to the product of the base and height, The base is of length p4 and the height is p4sinθ , where θ is an internal angle of the rhombus.

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How do you find the height of a rhombus when given the perimeter and area?

Now, we know the rhombus has all sides of equal length, let the length of each side be a. So, we know that the perimeter is, P=4a. Now, the area of rhombus is given by, A=base×height, where A is the area of the rhombus. Therefore, the altitude of the given rhombus is 5 cm.

What is the perimeter of a rhombus?

The area of a rhombus is 24cm^2 and one of its diagonals is is 8 cm. Its perimeter is The area of a rhombus is 24cm2 and one of its diagonals is is 8 cm. Its perimeter is Was this answer helpful?

What is the area of the rhombus in cm2?

Let us understand more through an example. Example 1: Calculate the area of a rhombus having diagonals equal to 6 cm and 8 cm. Hence, the area of the rhombus is 24 cm 2. Step 1: Find the base and the height of the rhombus.

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How to find the area of a rhombus using diagonals?

Area of Rhombus Using Diagonals: Method 1 Step 1: . Find the length of diagonal 1, i.e. d1. It is the distance between A and C. The diagonals of a rhombus are… Step 2: . Find the length of diagonal 2, i.e. d2 which is the distance between B and D. Step 3: . Multiply both the diagonals, d 1, and d

How do you find the height of a rhombus?

Step 1: Find the base and the height of the rhombus. The base of the rhombus is one of its sides, and the height is the altitude which is the perpendicular distance from the chosen base to the opposite side. Step 2: Multiply the base and calculated height. Let us understand this through an example:

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