Question
The position (in feet) of a buoy in the water can be modeled by the functions(t) = 9 cos(t) where t is the elapsed time
The position (in feet) of a buoy in the water can be modeled by the functions(t) = 9 cos(t) where t is the elapsed time in seconds.(a) If we start viewing the buoy when it is at its high point, how many seconds does it takeuntil the buoy is back at the high point again (i.e. What is the period of the function?)
The position (in feet) of a buoy in the water can be modeled by the functions(t) = 9 cos(t) where t is the elapsed time in seconds.(a) If we start viewing the buoy when it is at its high point, how many seconds does it takeuntil the buoy is back at the high point again (i.e. What is the period of the function?)
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Basic College Mathematics
Authors: Marvin L Bittinger, Judith A Beecher, Barbara L Johnson
12th Edition
0321925068, 9780321925060
