Use the given data to construct a frequency and relative frequency distribution.Kevin asked some of his friends how many hours they had worked during the previous week at their after-school jobs. The results are shown below.6?5?6?3?6?6?9?8?6?4?8?55?8?6?5?8?6?5?8?5?8?8?3Construct a frequency and relative frequency distribution. Use 4 classes.
A. 
B.
C.
D.
Answer: C
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Determine if the path is a Hamilton circuit.
B ? C ? D ? B ? A? E ? B
A. No B. Yes
Write the compound statement in words.Let p = "The monitor is included." q = "The color printer is optional." r = "The zip drive is extra."q ? (~p ? r)
A. If the color printer is optional, then the monitor is not included and the zip drive is extra. B. The color printer is not optional if and only if the monitor is not included and the zip drive is extra. C. If the color printer is not optional, then the monitor is not included and the zip drive is extra. D. The color printer is optional if and only if the monitor is not included and the zip drive is extra.
Solve the problem.Two low-frequency sound waves with similar frequencies, producing the pressures 
and 
combine to form a pressure P = P1 + P2 . The variable t is time measured in seconds. Graph P in 
by 
and use the graph to determine the frequency of the displayed beats.
A. 10 beats per second B. 8 beats per second C. 13 beats per second D. 5 beats per second
Solve the problem.The graphs of functions f and g are shown. Use these graphs to find (fg)(1).
?
y = f(x)y = g(x)
A. 3 B. -3 C. 2 D. -4