Yes. A rectangle 12.568 x 1.432 has a perimeter of 28 and an area of 17.997, all correct to the third decimal place.
Calculation: length + width = 14, length x width = 18
width = 14 - length, so length x (14 - length) = 18
so (14 x length) - (length x length) = 18
which is: length squared - 14 x length + 18 = 0
Using the quadratic formula (- b +/- sqrt (b squared - 4 times a times c) where a = 1, b = 14 and c = 18 all divided by twice a) gives the solutions 25.136/2 and 2.864/2
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36 square units. You can't express a perimeter in square units; a perimeter is a length expressed in ordinary units. If the perimeter of this square is 24 units then the answer above is correct.
If the area of a square is 35 square units the perimeter is: 23.66 units.
The smallest is just over 40 units. At 40 units it is no longer a rectangle but a square. There is no largest perimeter.
A 3-4-5 triangle or a rectangle that is 1.268 units * 4.732 units (to 3 dp) are two possible answers.
The perimeter is not going to have sq units. If the perimeter of a square is 15 units then the area would be 14.0625units squared.
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42 square units.
36 square units. You can't express a perimeter in square units; a perimeter is a length expressed in ordinary units. If the perimeter of this square is 24 units then the answer above is correct.
units with perimeter square units with area
If the area of a square is 35 square units the perimeter is: 23.66 units.
A square with an area 90,000 square units has a perimeter of: 1,200 units.
Units, because the perimeter is just the edge. The area is square units.
Neither. Volume is cubic units and area is square units. Perimeter is just units.
A 20-unit square has a perimeter of 80 units.
A square with an area of 400 square units has a perimeter of 80 units.
Assuming each square is one square unit, if you put them all in a line, the perimeter ends up being 10 units. ______ l_l_l_l_l