or a fixed location, the number of sunlight hours in a day fluctuates throughout the year. Suppose that the number of daily sunlight hou cation can be modeled by the following. L (t) = 12+2.7 sin 2T 365 In this equation, L (t) is the number of sunlight hours in a day, and t is the number of days after March 20th. (So t=0 means March 20¹ March 21st, t=2 means March 22nd, etc.) Suppose we start at t=0, which is March 20th During the first 365 days, when will there be 13 hours of sunlight? Do not round any intermediate computations, and round your answer(s) to the nearest day. (If there is more than one answer, enter addit "or" button.) t= th days after March 20 ☐or O X 3

or a fixed location, the number of sunlight hours in a day fluctuates throughout the year. Suppose that the number of daily sunlight hou cation can be modeled by the following. L (t) = 12+2.7 sin 2T 365 In this equation, L (t) is the number of sunlight hours in a day, and t is the number of days after March 20th. (So t=0 means March 20¹ March 21st, t=2 means March 22nd, etc.) Suppose we start at t=0, which is March 20th During the first 365 days, when will there be 13 hours of sunlight? Do not round any intermediate computations, and round your answer(s) to the nearest day. (If there is more than one answer, enter addit "or" button.) t= th days after March 20 ☐or O X 3

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter6: The Trigonometric Functions

Section6.3: Trigonometric Functions Of Real Numbers

Problem 67E

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