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Answer:
The volume inside the giant sugar cube is 27 feet³
Step-by-step explanation:
* Lets explain how to solve the problem
- Cube has 6 square faces two bases and four side faces
- The surface area of the cube is the sum of areas of the six faces
- Area of a square with side length s square is s²
- The surface area of the cube is 6 s²
- The volume of the cube is s³
* Lets solve the problem
∵ A giant hollow sugar cube built out of wood
∵ It took 54 feet² of material to build the cube
∵ The surface area of the cube = 6 s²
∴ 6 s² = 54 ⇒ divide both sides by 6
∴ s² = 9 ⇒ take √ for both sides
∴ s = √9 = 3
∴ The length of the side of the cube is 3 feet
∵ The volume of the cube = s³
∴ The volume of the cub = 3³ = 27
∴ The volume inside the giant sugar cube is 27 feet³
The volume inside the giant sugar cube which is built by A candy store called "Sugar" is 27 cubed feet.
What is the surface area of a cube?
Surface area of cube is the sum of the area of each face by which it is enclosed. The surface area of cube can be calculated with the following formula;
A=6a^2
Here, (a) is the length of side of the cube.
A candy store called "Sugar" built a giant hollow sugar cube out of wood to hang above the entrance to their store.
It took 54 feet² of material to build the cube, which is equal to the surface area of cube as the sugar cube is hollow. Thus, the side of cube is,
[tex]6a^2=54\\a^2=\dfrac{54}{6}\\a=\sqrt{9}\\a=3\rm\; ft[/tex]
The volume inside the giant sugar cube is equal to the cube of its side. Thus, the volume is,
[tex]V=a^3\\V=3^3\\V=27\rm\; ft^3[/tex]
Hence, the volume inside the giant sugar cube which is built by A candy store called "Sugar" is 27 cubed feet.
Learn more about the surface area of the cube here;
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