You cannot. There is not enough information.
If the cardbox is a cube, then sides have equal length, say a length of a meters, then the surface area is 6a2 = 100 m2, which yields a = √(50/3 m2) = 5√(2/3) m = 5(2/3)1/2m.
Then V = a3 = [5(2/3)1/2 m]3 = 53[(2/3)1/2]3 = 125(2/3)3/2 m3 ≈ 68 m3.
The above formula x pi is used to determine the volume of a CYLINDER. If you are looking for the formula to determine the volume of a CONE, then take the answer from the above formula, multiply times pi and divide by 3. IOW, the formula to determine the volume of a cone is (pi x radius squared (of the base) multiplied by height) divided by 3. Volume of a CYLINDER = (pi x r2 x h) Volume of a CONE = 1/3(pi x r2 x h)
you cannot convert the volume of a cylinder from squared to cubed. the volume is always cubed. the area is squared
The volume is cubed and the surface area is squared.
No, volume is cubed. Area is squared, for example, 2cm^2 Volume would be in cubic centimeters, meters, etc.
15 squared is either a two dimensional area or simply a number. Neither of these can have a volume.
90,962.56
A volume is really three dimensional in cubic centimeters. 42 cm squared is 1754 square centimeters. You need the height to calculate a volume.
The volume of cardboard would by measured in cubic meters or cubic centimeters. Since 1 cubic cm equals 1 mL, the volume of the cardboard is 946 cubic cm. In order to answer this question, the density of cardboard is required, which is 0.689 g/cm^3. Density = mass/volume. To solve for mass, multiply the density by the volume. 0.689 g/cm^3 x 946 cm^3 = 652 g of cardboard
Volume equals circumference cubed over six pi squared. V = C3/6(pi2).
I'm pretty sure that perimeter is squared and volume is cubed.
volume of a circle
It is cubed.