Solve the problem.The table lists the distance travelled by a falling object, where t is the elapsed time in seconds and d is the distance in meters.
If the distance is modeled by d(t) = at2, find the distance travelled after 11 seconds.
A. 2905.21 meters
B. 592.9 meters
C. 484 meters
D. 1936 meters
Answer: B
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Use a finite approximation to estimate the area under the graph of the given function on the stated interval as instructed.f(x) = x2 between x = 0 and x = 4 using a right sum with two rectangles of equal width.
A. 38.75 B. 8 C. 20 D. 40
Arrange the following real numbers in order from greatest to least.0.5, 0.
, 0.
, 0.5
, 0.5
, 
A. 0.5
, 0.
, 0.
, 0.5
, 0.5, 
B. 0.
, 0.5
, 0.5
, 
, 0.
, 0.5
C. 0.5
, 0.
, 0.5
, 0.
, 
, 0.5
D. 0.5
, 0.5
, 0.
, 0.
, 
, 0.5
Solve the problem.If the points P, Q, R, S, T, U and V are equally spaced and collinear, then find the center and scale factor for the size transformation taking 
to 
.P Q R S T U V? ? ? ? ? ? ?
A. Center V; scale factor 3 B. Center P; scale factor 1/3 C. Center R; scale factor 1/3 D. Center P; scale factor 3
Provide an appropriate response.Rank the numbers in order from smallest to largest.8.99 x 102, 5.19 x 103, 4.91 x 10-2, 4.59 x 10-3, 2.75 x 10-1
A. 2.75 x 10-1 < 4.91 x 10-2 < 4.59 x 10-3 < 8.99 x 102 < 5.19 x 103 B. 8.99 x 102 < 5.19 x 103 < 4.91 x 10-2 < 4.59 x 10-3 < 2.75 x 10-1 C. 2.75 x 10-1 < 4.91 x 10-2 < 8.99 x 102 < 4.59 x 10-3 < 5.19 x 103 D. 4.59 x 10-3 < 4.91 x 10-2 < 2.75 x 10-1 < 8.99 x 102 < 5.19 x 103