Tides The length of time between consecutive high tides is 12 hours and 25 minutes. According to the National Oceanic and Atmospheric Administration, on Saturday, April 26 , 2014 , in Charleston, South Carolina, high tide occurred at 6 : 30 am ( 6.5 hours) and low tide occurred at 12 : 24 pm ( 12.4 hours). Water heights are measured as the amounts above or below the mean lower low water. The height of the water at high tide was 5.86 feet, and the height of the water at low tide was − 0.38 foot. Approximately when will the next high tide occur? Find a sinusoidal function of the form y = A sin ( ω x − ϕ ) + B that models the data. Use the function found in part (b) to predict the height of the water at 3 pm on April 26 , 2014.
Tides The length of time between consecutive high tides is 12 hours and 25 minutes. According to the National Oceanic and Atmospheric Administration, on Saturday, April 26 , 2014 , in Charleston, South Carolina, high tide occurred at 6 : 30 am ( 6.5 hours) and low tide occurred at 12 : 24 pm ( 12.4 hours). Water heights are measured as the amounts above or below the mean lower low water. The height of the water at high tide was 5.86 feet, and the height of the water at low tide was − 0.38 foot. Approximately when will the next high tide occur? Find a sinusoidal function of the form y = A sin ( ω x − ϕ ) + B that models the data. Use the function found in part (b) to predict the height of the water at 3 pm on April 26 , 2014.
Tides The length of time between consecutive high tides is
12
hours and
25
minutes. According to the National Oceanic and Atmospheric Administration, on Saturday, April
26
,
2014
,
in Charleston, South Carolina, high tide occurred at
6
:
30
am (
6.5
hours) and low tide occurred at
12
:
24
pm (
12.4
hours). Water heights are measured as the amounts above or below the mean lower low water. The height of the water at high tide was
5.86
feet, and the height of the water at low tide was
−
0.38
foot.
Approximately when will the next high tide occur?
Find a sinusoidal function of the form
y
=
A
sin
(
ω
x
−
ϕ
)
+
B
that models the data.
Use the function found in part (b) to predict the height of the water at
3
pm on April
26
,
2014.
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