Oh honey, let's break it down for you. The greatest area of the rectangle occurs when it's a square, so the sides are 4.5 inches each, giving an area of 20.25 square inches. The least area happens when it's a skinny little strip, like 1 inch by 8 inches, giving an area of 8 square inches. So the difference between the greatest and least possible areas is 12.25 square inches. Honey, you're welcome.
Well, isn't that a happy little problem to solve! To find the greatest area, we want to maximize the length and width while still keeping the perimeter at 18 inches. To find the least area, we want to minimize the length and width. By playing with different dimensions, you'll find the difference between the greatest and least possible areas of the rectangle. Just like painting, it's all about finding the right balance!
81 square feet.
The greatest area is attained when the rectangle is, in fact, a square. Then it has sides of 5 cm and an area of 25 cm2. If you are not permitted to have a square then the answer is as close to 25 cm2 as you can get without actually getting there. So, more than 24.99, more than 24.99999 etc but never quite 25.
Radius is the shortest distance via straight line between the center point of the circle and its perimeter. Diameter is the greatest distance via straight line from one perimeter of the circle to the opposite perimeter. Diameter = 2x Radius.
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how to figure out the difference between the greatest value and the least vaule for 2.5.12.7.9
The greatest area for a fixed perimeter will be when all the sides are equal or when the rectangle approaches the shape of a square.
In whole numbers, the greatest perimeter would be a rectangle 48 x 1, resulting in a perimeter of 98m.
The square is.
It's greatest possible perimeter: 1+39+1+39 = 80 feet
90.25 ft2
The greatest area is 10000 square yards.
21 x 2 has greatest perimeter
42 square units.
12+12=24
You dont
81 square feet.
42.25 cm2