The function can be used to find the height of a box containing 4 square prisms, depending on the volume of the prisms is b(h(v)) = V/81
Given that we have square-based prisms in a single column and that the square base of each prism has a side length of 18 inches.
Also, the height of each prism, h, can be found using the function ,h(v) = V/324, where V is the volume of the prism.
Since the total height of the box, b, can be found using the function b(h) = xh, where x is the number of square-based prisms in a specific box.
To find the height of the box containg 4 square prisms, we have that x = 4
So, b(h) = xh
b(h) = 4h
Since h(v) = V/324,substituting h into b, we have
b(h) = 4h
b(h) = 4V/324
b(h(v)) = V/81
So, the function can be used to find the height of a box containing 4 square prisms, depending on the volume of the prisms is b(h(v)) = V/81
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