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You have to solve the following equation:
x3 = 360cm3
x = 3sqrt(360cm3) = 7.11cm.
That is, a cube 7.11 cm in length. Note that you have to take the 3rd root of 360 to get the answer.
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What is the cube root of volume of cube?
The volume of a cube is determined by cubing the length of one edge, so the cube root of the volume will give you the length of an edge. (In a cube, all of the edges are the same length)
How do you find the volume of a cube if the length is in?
Multiply its length three times as for example length*length*length will give you the answer in cubic inches
What changes in dimensions would give a box with double the volume?
Any one dimension increased by 2, or any two dimensions increased by the square root of 2 orall three dimensions increased by the cube root of 2.
What changes in dimensions would give a box with triple the volume?
Any one dimension increased by 3, or any two dimensions increased by the square root of 3 or all three dimensions increased by the cube root of 3.
How do you work out the outer surface area of a cube?
The answer depends on what information you have about the cube. If, for example, you know the volume, V, then the surface area is 6*cuberoot(V)^2. If you have the lengths of an edge, s, then it is 6*s^2.
What is the cube root of volume of cube?
The volume of a cube is determined by cubing the length of one edge, so the cube root of the volume will give you the length of an edge. (In a cube, all of the edges are the same length)
Give you the volume of a cube height 3 feet?
27 cubic feet.
How do you find the volume of cube only knowing its surface area?
Divide the surface area by six. That will give you the area of one face, which will be a perfect square. The square root of that number will give you the length of a side. The cube of the side will be the volume.
What instrument measures the volume of a square solid?
A ruler no a better way is by dropping the cube in a liquid containg beaker displaced liquid will give you the volume
How does area and volume change as an object gets bigger?
It depends on what shape of object you're working with. For clarity's sake, let's go with a standard cube. Assume that the cube has dimensions of 1x1x1 (all in feet). Its volume is given by the equation: V = lwh and its surface area is given by the equation: SA = 2(lw)+2(lh)+2(hw). (length*width would give you the area of one side, and multuplying that by two will give you the side directly across from it, etc.) So, the volume of our 1x1x1 cube would be 1 cubic feet. The surface area would be 6 sq ft. If the dimensions were 2x2x2, the volume would be 8 cubic feet and the surface area would be 24 sq ft. There is really no definite answer to this question other than to do the math.
What is the volume of a cube side 4cm?
The volume of a cuboid is given by lbh (length x breadth x height). For a cube, l=b=h and so we can give the formula as l3 (length cubed). In this case the length is 4cm, so plug that into the equation and you get: 43 = 64 Thus the volume of a cube side 4cm is 64cm3
How do you find the volume of a cube if the length is in?
Multiply its length three times as for example length*length*length will give you the answer in cubic inches
What changes in dimensions would give a box with double the volume?
Any one dimension increased by 2, or any two dimensions increased by the square root of 2 orall three dimensions increased by the cube root of 2.
What changes in dimensions would give a box with triple the volume?
Any one dimension increased by 3, or any two dimensions increased by the square root of 3 or all three dimensions increased by the cube root of 3.
What is the number you can cube to give an answer bigger than 600 but smaller than 700?
The cube of 9 is 729, as a few moments of calculation would have shown you.
What is the formula that you use if the height only is the givenFind the volume of the largest box?
You didn't give enough information. By box do you mean cube or any rectangular prism?
Can the weight of a cube be determined by knowing the measurements of the sides?
In theory yes. If you have the measurements you can work out the volume. Then with the volume you can multiply it by the density to give you weight. But you'll also need to know the density of the matterial so if a measurement is all you got then no.
