SOLUTION: In Crescent Moon Bay in July, high tide is at 3:00 pm. The water level is 6 feet at high tide and 2 feet at low tide.
Assuming the next high tide is exactly 12 hours later and th
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-> SOLUTION: In Crescent Moon Bay in July, high tide is at 3:00 pm. The water level is 6 feet at high tide and 2 feet at low tide.
Assuming the next high tide is exactly 12 hours later and th
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Question 1042448: In Crescent Moon Bay in July, high tide is at 3:00 pm. The water level is 6 feet at high tide and 2 feet at low tide.
Assuming the next high tide is exactly 12 hours later and the height of the water can be modeled by a cosine curve,
find an equation for Crescent Moon Bay's water level in July as a function of time (t). Answer by ikleyn(52782) (Show Source):
You can put this solution on YOUR website! .
In Crescent Moon Bay in July, high tide is at 3:00 pm. The water level is 6 feet at high tide and 2 feet at low tide.
Assuming the next high tide is exactly 12 hours later and the height of the water can be modeled by a cosine curve,
find an equation for Crescent Moon Bay's water level in July as a function of time (t).
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h(t) = ,
where t is time in hours, t=0 at midnight till t=24 next midnight.
