Raymond B. answered • 02/03/22
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Math, microeconomics or criminal justice
a cube has the largest volume for a cuboid
if 108 cm^2 = the area of the bottom and area of one side
108/2 = 54 = area of one side = area of the bottom or top
dimensions are square root of 54 by square root of 54 by square root of 54
sqr54= 3sqr6
height by length by width = about 7.35 cm by 7.35 cm by 7.35 cm
for a maximum volume = 54 x sqr54 = about 396.8 cm^3
almost 400 cubic centimeters
Martin L.
What I am trying to say is that the sum of the area of one bottom and 4 sides is 108cm2, and it's not a cube, it's a cuboid. I know the answer, but I do not know how to find it.
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02/08/22
Keio P.
The bottom of the cuboid is a square. The area of the tank without one of the square sides is 108 m^2. (a^2 + 4ah = 108 m2). Area is (h *a^2) What is the largest possible volume?
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06/13/23
Martin L.
Something is off, because "the sum of the area of one bottom and the area of the side is 108 cm2" and with your data, I got that the area of one bottom is about 54cm2, and the area of the side is about 216cm2 and that adds up to 270cm2, but it should be 108cm202/04/22