Solve the problem.The population size of a culture of bacteria triples every day such that its size is modeled by the sequence 
where n is the number of the day just beginning. Find the size of the culture at the beginning of the third day and the size of the culture originally.
A. 90 bacteria; 10 bacteria originally
B. 90 bacteria; 3
bacteria originally
C. 270 bacteria; 30 bacteria originally
D. 270 bacteria; 10 bacteria originally
Answer: A
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For the given graph: a) In words, describe the function shown on the graph. b) Find the slope of the graph and express it as a rate of change (be sure to include units). c) Briefly discuss the conditions under which a linear function is a realistic model for the given situation.
What will be an ideal response?
Provide an appropriate response.
A cannery processes green beans. One of the pieces of equipment it uses is called a sniper because it snips off the ends of the green beans. Inside the 6-foot drum is a series of triangular shaped blades, 3 in. on a side, connected in a row the length of the drum. What is the area covered by the blades inside the sniper drum? 
A. 46.8 in2 B. 3.9 in2 C. 24 in2 D. 93.5 in2
Determine the coordinates of the indicated point on the graph. 
J
A. (-3, 0) B. (0, 3) C. (3, 0) D. (0, -3)
Solve the equation.2(8 - 2x) = 4
A.
B.
C.
D.