Solve the problem.The volume V of a 10-gram object varies inversely with the density d in grams per milliliters, 
Find 
Interpret your answer.
A. ?, As the density of the object becomes infinitely large, the volume of the object becomes infinitely large. The more compact the object is, the more space it takes up.
B. 10, As the density of the object becomes infinitely large, the volume of the object approaches a limit of 10 milliliters. As the object gets more and more compact, its volume becomes 10 milliliters.
C. 1, As the density of the object becomes infinitely large, the volume of the object approaches a limit of 1 milliliter. As the object gets more and more compact, its volume diminishes to 1 milliliter.
D. 0, As the density of the object becomes infinitely large, the volume of the object approaches a limit of 0 milliliters. The more compact the object is, the less space it takes up.
Answer: D
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Solve the problem.A company makes 3 types of cable. Cable A requires 3 black, 3 white, and 2 red wires. B requires 1 black, 2 white, and 1 red. C requires 2 black, 1 white, and 2 red. They used 100 black, 110 white and 90 red wires. How many of each cable were made?
A. 10 cable A 103 cable B 20 cable C B. 10 cable A 30 cable B 20 cable C C. 10 cable A 30 cable B 93 cable C D. 20 cable A 30 cable B 10 cable C
A rectangle is 3 feet longer than it is wide. If its area is 4 square feet, find its dimensions. ? Please enter your answer without the units as two numbers, separated by a comma.
What will be an ideal response?
Find the domain and range of the quadratic function whose graph is described.The minimum is 15 at x = -1.
A. Domain: (-?, ?) Range: [-1, ?) B. Domain: (-?, ?) Range: [15, ?) C. Domain: [-1, ?) Range: [15, ?) D. Domain: (-?, ?) Range: (-?, 15]
The graph of a quadratic function is given. Find the standard form of the function
A. f(x) = -2(x - 1)2 - 2
B. f(x) = - 
(x - 1)2 - 2
C. f(x) = -(x - 1)2 - 2
D. f(x) = - 
(x + 1)2 - 2