Find the remaining zeros of a polynomial with real coefficients and having the specified degree and zeros.Degree 6; zeros: -3, 4, 3 - 5i, -4 + i
A. 3 + 5i, -4 - i
B. 3, 3 + 5i, -4 - i
C. -3 + 5i, 4 - i
D. 3, 3 + 5i
Answer: A
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Change the Cartesian integral to an equivalent polar integral, and then evaluate.
A. 
B. 
C. 
D. 
Provide an appropriate response.Write an inequality to describe the following: You run a shirt printing shop. A fraternity wants to buy shirts for its members and has $425 to spend. The shirts that they have selected cost $10, plus a one time setup fee of $75 for designing the logos. The inequality should show the price of x number of shirts. How many shirts could be purchased for the maximum of $425?
What will be an ideal response?
Solve.Each day the commuter train transports x passengers to or from the city at $1.75/passenger. The daily fixed cost for running the train is $1200. Write an equation that relates the daily profit, P, in dollars to the number of passengers each day. Then use the equation to find the daily profit when the train has 920 passengers in a day.
A. P = 1.75x - 1200; $410 B. P = 1.75x + 1200; $2810 C. P = 1200 - 1.75x; $410 D. P = 1.75x; $1610
Solve the problem.A life insurance company uses the following rate table for annual premiums for women for term life insurance. Use a graphing utility to fit an exponential function to the data. Predict the annual premium for a woman aged 70 years.
A. y = 0.0000398x4.06, $1233 B. y = 8.94e0.068x, $1044 C. y = 6.367e0.068x, $743 D. y = -9306.4 + 2516.3 ln (x), $1723