Compute the result. Leave your answer in scientific notation.
?
What will be an ideal response?
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Use your calculator to solve the problem.When a ball with coefficient of restitution e is dropped from a height h meters onto a large flat surface, the time t from the first impact until the ball stops bouncing is given by t = 
seconds. Find the time it takes a ball with coefficient of restitution 0.28 to stop bouncing if it is dropped from a height of 79.3 centimeters. (Round to the nearest tenth.)
A. 22.4 seconds B. 2.1 seconds C. 2.2 seconds D. 20.7 seconds
Bouquet Fragrances, Inc., uses a multidomestic strategy. The ____ structure is most appropriate for it.
A. international matrix B. global matrix C. worldwide divisional D. geographic-area divisional
Use properties of logarithms to expand the logarithmic expression as much as possible. Where possible, evaluate logarithmic expressions without using a calculator.log2(7 ? 3)
A. log2 7 + log2 3 B. log2 21 C. log2 7 - log2 3 D. (log2 7)(log2 3)
Use Gaussian elimination to find the complete solution to the system of equations, or state that none exists. 5x - y + z = 8 7x + y + z = 6
A. {(-z + 3, 4z + 7, z)}
B. {(- 
z + 
, 
z - 
, z)}
C. {(
z + 
, 
z, z)}
D. ?