Solve the problem.When a ball with coefficient of restitution e is dropped from a height of h meters onto a large flat surface, the time t (in seconds) from the first impact until the ball stops bouncing is given by t = 
.Find the time it takes a ball with coefficient of restitution 0.25 to stop bouncing if it is dropped from a height of 30.3 centimeters. (Round your answer to the nearest tenth.)
A. 1.3 sec
B. 14.9 sec
C. 13.3 sec
D. 1.5 sec
Answer: A
Mathematics
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Provide an appropriate response.Determine which ordered pair is a solution for the equation: y = 5 - 2x
A. (6, 7) B. (5, 0) C. (-2, 1) D. (1, 3)
Mathematics
Simplify.
A. - 
B. 
C. - 
D. 
Mathematics
Solve the equation and express the solution in exact form using either ln or log as indicated.4(8 - 2x) = 16
Express the answer using log.
A. 
B. 
C. 
D. 
Mathematics
Make the indicated conversion between American and metric units of capacity using the given property or properties. Round the answer to the nearest tenth unless instructed otherwise.15 liters to quarts (1 L ? 1.06 qt)
A. 14.2 qt B. 18.0 qt C. 15.9 qt D. 6.8 qt
Mathematics