Multiply. Write the answer in lowest terms.2 ? 
A. 
B. 
C. 
D. 
Answer: B
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Answer the question.It took 22 seconds for the temperature to rise from 3° F to 130° F when a thermometer was taken from a freezer and placed in boiling water. Although we do not have detailed knowledge about the rate of temperature increase, we can know for certain that, at some time, the temperature was increasing at a rate of 
° F/sec. Explain.
What will be an ideal response?
Given the graph of the function f(x) = -x3 + 3x; find a formula for g(x) .f(x) = -x3 + 3xg(x) =
?
A. g(x) = -x3 + 3x + 2
B. g(x) = -(x + 2)3 + 3(x + 2)
C. g(x) = 
(-x3 + 3x)
D. g(x) = 2(-x3 + 3x)
Graph the equation using a graphing utility. Use a graphing utility to approximate the intercepts rounded to two decimal places, if necessary. Use the TABLE feature to help establish the viewing window.3x2 - 5y = 34
A. (0, 6.8), (-3.37, 0), (3.37, 0) B. (0, -6.8), (3.37, 0) C. (0, -6.8), (-3.37, 0), (3.37, 0) D. (0, -6.8), (-3.36, 0), (3.36, 0)
Solve the problem.If two sound sources at the same volume are equidistant from a microphone, the pressure on the microphone is given by p = a cos ?1t + a cos ?2twhere a, ?1, ?2 are constants and t is time. Write p as a product of cosine functions.
What will be an ideal response?