Solve the problem.The velocity of particle A, t seconds after its release is given by 
The velocity of particle B, t seconds after its release is given by 
If velocity is measured in meters per second, how much farther does particle A travel than particle B during the first ten seconds (from 
to 
Round to the nearest meter.
A. 523 m
B. 517 m
C. 783 m
D. 383 m
Answer: B
Mathematics
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A. the interquartile range B. the range C. the median D. the standard deviation E. all of these are measures of spread.
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Solve the compound inequality. Graph the solution set and write the solution in interval notation.x ? -1 and x ? 1
A. [-1, 1]
B. ?
C. (-1, 1)
D. (-?, ?)
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Find the unknown length in the right triangle. If necessary, approximate the length to the nearest thousandth.
A. 689 mi B. 26.249 mi C. 344.5 mi D. 18.5 mi
Mathematics
Perform the indicated operation and express in lowest terms.
÷ 
A. 
B. z - 9
C. 
D. 
Mathematics