The time at which the depth of the ocean at a given location is at its maximum is known as high tide, while the time at which the depth of the ocean at a given location is at its minimum is known as low tide. A measurement taken at a recording station at 10 a.m. determined the depth at high tide to be 2.25 feet. At 10 p.m., the depth of low tide was measured to be 0.5 feet. This pattern was seen to repeat each day. Part A: What type of function models the depth of the water at time t hours after high tide? Part B: Find a model to determine the depth of the water, d(t), at any given time t.

Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter59: Areas Of Rectangles, Parallelograms, And Trapezoids
Section: Chapter Questions
Problem 79A
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The time at which the depth of the ocean at a given location is at its maximum is known as high tide, while the time at
which the depth of the ocean at a given location is at its minimum is known as low tide. A measurement taken at a
recording station at 10 a.m. determined the depth at high tide to be 2.25 feet. At 10 p.m., the depth of low tide was
measured to be 0.5 feet. This pattern was seen to repeat each day.
Part A:
What type of function models the depth of the water at time t hours after high tide?
Part B:
Find a model to determine the depth of the water, d(t), at any given time t.
d(t) =
CEE PRIVACY POLICY E CREDITS E CA RESIDENTS: DO NOT SELL MY INFOE
8.
Transcribed Image Text:The time at which the depth of the ocean at a given location is at its maximum is known as high tide, while the time at which the depth of the ocean at a given location is at its minimum is known as low tide. A measurement taken at a recording station at 10 a.m. determined the depth at high tide to be 2.25 feet. At 10 p.m., the depth of low tide was measured to be 0.5 feet. This pattern was seen to repeat each day. Part A: What type of function models the depth of the water at time t hours after high tide? Part B: Find a model to determine the depth of the water, d(t), at any given time t. d(t) = CEE PRIVACY POLICY E CREDITS E CA RESIDENTS: DO NOT SELL MY INFOE 8.
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