Solve the problem.If an object is dropped from a tower, then the velocity, V (in feet per second), of the object after t seconds can be obtained by multiplying t by 32 and adding 10 to the result. Find V as a linear function of t, and use this function to evaluate V(7.9), the velocity of the object at time 
A. V(7.9) = 264.1 feet per second
B. V(7.9) = 262.8 feet per second
C. V(7.9) = 262.1 feet per second
D. V(7.9) = 260.8 feet per second
Answer: B
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Graph the function. Describe its position relative to the graph of the indicated basic function.f(x) = 2x+1 - 3; relative to f(x) = 2x
A. Moved right 1 unit(s);
moved up 3 unit(s)
B. Moved left 1 unit(s);
moved down 3 unit(s)
C. Moved left 1 unit(s);
moved up 3 unit(s)
D. Moved right 1 unit(s);
moved down 3 unit(s)
Determine if the sequence is an arithmetic sequence, a geometric sequence, or neither. If it is either arithmetic or geometric, give the next term in the sequence.1458, 486, 162, 54, 18, . . .
A. neither B. geometric; 6 C. arithmetic; 6
Determine the number of figures (of any size) in the design.Squares (of any size)
A. 9 B. 12 C. 11 D. 8
Provide an appropriate response.Find the equation of a line passing through the points (2, 4) and (3, 8). Solve for y.
A. y = 
x + 
B. y = 4x - 4
C. y = -4x + 12
D. y = 4x + 4