Solve the problem.A square piece of cardboard is to be formed into an open-topped box by cutting 
squares from the corners and folding up the sides. The volume of the resulting box is given by the formula V = 3(x - 6)2, where x is the original length of each side of the piece of cardboard. What is the volume of the box if the original length of each side of the piece of cardboard is 16 inches?
A. 30 in.3
B. 100 in.3
C. 768 in.3
D. 300 in.3
Answer: D
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Write a fraction to represent the shaded portion of the figure.
A. 
B. 
C. 
D. 
For the given function, find all asymptotes of the type indicated (if there are any).f(x) = 
, horizontal
A. y = -8 B. y = 1 C. y = 8 D. None
Solve.The storage building depicted in the figure has a volume, V, given by the formula V = 2x2y + 
?x2y.The building's height and width, 2x, are 32 feet. Its length, y, is 33 feet. Find the volume of the building. (Round to the nearest whole number.)
A. 23,531 cu ft B. 30,166 cu ft C. 60,332 cu ft D. 21,718 cu ft
Prepare a probability distribution for the experiment. Let x represent the random variable, and let P represent the probability.Three coins are tossed, and the number of heads is noted.
A. 
B. 
C. 
D. 