The perimeter actually doesn't tell you anything about the breakdown between
the length and width. All we can tell about this one is that the sum of (length+width)
has to be 98 inches. That still leaves an infinite number of possible rectangles.
If the perimeter is 196 inches and the length has to be the longer dimension, then
it can be anything more than 49 inches, with no upper limit.
For example:
Width = 1 millionth of an inch
Length = 1 millionth of an inch less than 98 inches
Perimeter = 196 inches.
Chat with our AI personalities
196 feet of course. For a circle "perimeter" and "circumference" are just two words for the same thing.
The side length of a square if the area is 196 cm2 is: 14 cm
Note: Areas are measured in square units, so I assume you meant ``...with an area of 196 squarecentimeters''area_square = side2→ side = √areaperimeter = 4 x side= 4 x √area= 4 x √(196 cm2)= 4 x 14 cm= 56 cm
You can't tell. The perimeter doesn't tell you the area. There are an infinitenumber of different rectangles, with different dimensions and different areas,that all have perimeters of 56.The greatest area it can have is 196 cm2 ... if it's a square with 14-cm sides.If it's not a square, then it can have any area less than 196 cm2.Here are a few rectangles. They all have perimeters of 56:1 x 27, area = 272 x 26, area = 523 x 25, area = 754 x 24, area = 965 x 23, area = 11510 x 18, area = 18013 x 15, area = 195
24.