Solve the problem.Suppose that the population of a certain type of insect in a region near the equator is given by 
where t represents the time in days. Find the rate of change of the population when 
A. 2.2 insects/day
B. 1.8 insects/day
C. 1.2 insects/day
D. 3.6 insects/day
Answer: C
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Find the exact value of the expression.sin 185° cos 65° - cos 185° sin 65°
A. 
B. - 
C. - 
D. 
For points 
in quadrant IV, the ratio 
is always negative because x is always positive and y is always negative. In what other quadrant is the ratio
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Provide an appropriate response.True or False? If x > 10 then 10x > 100.
A. True B. False
Factor the polynomial.21(3p - 1)2 - 10(3p - 1) + 1
A. (20p - 8)(2p - 4) B. (21p + 8)(9p - 3) C. (21p - 20)(8p - 4) D. (21p - 8)(9p - 4)