The data and graph above show the number of hours of daylight in Richmond VA for specific dates during 2018. x=t days after Jan. 1 and y = H(t) the number of hours of daylight on day t. We want to write a periodic function for H(t) the number of hours of daylight given t, the number of days since Jan. 1. ( t = 0 represents Jan. 1, 2018.) H(t)=Acos(Bt-C)+D Day 360 has the least number of hours of daylight (not day 0), Determine a good phase shift for this function and use it to find the value of C in the equation.
The data and graph above show the number of hours of daylight in Richmond VA for specific dates during 2018. x=t days after Jan. 1 and y = H(t) the number of hours of daylight on day t. We want to write a periodic function for H(t) the number of hours of daylight given t, the number of days since Jan. 1. ( t = 0 represents Jan. 1, 2018.) H(t)=Acos(Bt-C)+D Day 360 has the least number of hours of daylight (not day 0), Determine a good phase shift for this function and use it to find the value of C in the equation.
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.8: Probability
Problem 31E
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The data and graph above show the number of hours of daylight in Richmond VA for specific dates during 2018. x=t days after Jan. 1 and y = H(t) the number of hours of daylight on day t.
We want to write a periodic function for H(t) the number of hours of daylight given t, the number of days since Jan. 1. ( t = 0 represents Jan. 1, 2018.)
H(t)=Acos(Bt-C)+D
Day 360 has the least number of hours of daylight (not day 0), Determine a good phase shift for this function and use it to find the value of C in the equation.
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