Perimeter = 2*(L + B) = 120
So L + B = 60 and therefore B = 60 - L.
Area = 800 = L*B = L*(60 - L)
So L2 - 60L + 800 = 0
=> (L - 20)*(L - 40) = 0
and so L = 20 or L = 40
When L = 20, B = 40 and
when L = 40, B = 20.
So the dimensions are 40m x 20m.
area comes out with squared units of measurement, volume with cubed, perimeter stays to the power of 1.
The area of square with a perimeter of 36 is 81. If the perimeter is 36, then each side must be 36 divided by 4, or 9. The area of a square is side squared, so that is 9 squared or 81.
The perimeter of a rectangle is calculated by adding all four sides together. For a rectangle with a length of 12.2 ft and a width of 8.9 ft, the perimeter would be 2(12.2) + 2(8.9) = 24.4 + 17.8 = 42.2 ft. The area of a rectangle is found by multiplying the length by the width. So, for this rectangular room, the area would be 12.2 ft x 8.9 ft = 108.58 square feet.
The perimeter is 18 feet.
the perimeter of a square that has a side length of 7 cm is........28cm squared
The dimensions of the rectangle are 3 inches by 14 inches
Yes if its dimensions were 3 cm and 12 cm.
I'm pretty sure that perimeter is squared and volume is cubed.
the perimeter of a figure is never squared, but the area of a figure is always squared. Hope this helped :)
You have specified three dimensions. A rectangular area will have a length and a width. If your length is 90m, is the width 25mm or 12mm? I can't make sense of this as it is.
area comes out with squared units of measurement, volume with cubed, perimeter stays to the power of 1.
The perimeter is 120 cm
A rectangular can either have six rectangular faces, or four rectangular faces and two squared faces.
The perimeter is 28.
The area doesn't tell you the dimensions or the perimeter. It doesn't even tell you the shape. The shortest perimeter that could enclose that area would be a circle. The shortest perimeter with straight sides would be a square. If it's a rectangle, then there are an infinite number of them, all with different dimensions and different perimeters, that all have the same area.
no and yes
A cuboid.