Solve the problem.A ball is dropped from a height of 46 feet. On each bounce, it bounces to 83% of its previous height. How high does it get after the 7th bounce? (Round to the nearest hundredth, if necessary.)
A. 270.59 feet
B. 15.04 feet
C. 197.16 feet
D. 12.48 feet
Answer: D
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Solve the problem.Let y(t) be the population of a species of plant that is being harvested, for t ? 0. Consider the harvesting model 
where h is the annual harvesting rate, y0 is the initial population of the species, and t is measured in years. If y0 = 5000, what harvesting rate should be used to maintain a constant population of y = 5000, for t ? 0?
A. h = 5000 yr-1 B. h = 10 yr-1 C. h = 100 yr-1 D. h = 25 yr-1
Write the slope-intercept form of the equation for the line passing through the given pair of points.(-10, 8) and (-10, -9)
A. x = -10 B. 8x - 9y = 0 C. y = 8 D. -9x + 8y = 0
Solve the problem.According to Binet's formula, F12 =
A. 
12.
B. 
.
C. 
.
D. 
.
E. none of these
Graph the equation by plotting points.4x2 + 9y = 36
A. 
B. 
C. 
D. 