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area_parallelogram = length_of_one_side × perpendicular_distance_to_its_parallel_side.

Q: How do you write a rule that gives the area of a parallelogram?

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base times height just like a rectangle easy right

area of parallelogram= base*height perimeter= 2(length+breadth)

No. Every rule that applies to a parallelogram applies to a rhombus, plus more.

It depends on the patterns.

Circumference = (Diameter) x (pi)

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The rule for finding the area of a parallelogram is a simple equation of A=bh. For this equation, the A is area, b is base, and h is height. The area of a parallelogram is equal to the shape's base multiplied by the shape's height.

base times height just like a rectangle easy right

area of parallelogram= base*height perimeter= 2(length+breadth)

No. Every rule that applies to a parallelogram applies to a rhombus, plus more.

Write an equation of 3/8×112

C(p) = 0.59p

2.3,2.5,2.4,2.6,2.5

It depends on the patterns.

In algebra, the Rule of 4 is basically four different ways you can express something mathematically. For example, if I was told I had to show how to multiply -62+-8, I would show it in a Rule of 4. In the Rule of 4, there are four boxes. I would write the problem in words in the first box, then write it in numbers in the second box, in the third one I would write answer, and then write how I got the answer. P.S, the answer is 54

the sun

There are actually two answers. parallelogram and trapezoid. No. wait, a square or rectangle is a parallelogram, so I can't rule out that entire class. I guess you are left with trapezoid. Oh wait, a trapezoid can have two right angles and still fit the definition, so I can't rule out that entire class. A non-right triangular section would fit. A non-right trapezoid would be the same thing, I guess. A non-right parallelogram would also work.

you write it like this (x,y) ----> (-x+4, y-5)