4. The number of hours of daylight varies throughout the course
of a year (daylight is defined as the time between sunrise and
sunset). It has been suggested to approximate the length of
daylight in Maths city by the function:
,,
0 β€ π‘ β€ 365, where π(π‘) is the number of daylight hours, π‘ is time
measured in days (π‘ = 0 at January 1, 2022), and radian angle
measure is used. a = 10, b = 6 , c = 11
(a) What is the lengths of daylight when π‘ = 0 and π‘ = π + π β π
+ 200?
(b) What is the shortest length of daylight? What is the value
of π‘ then?
(c) What is the longest length of daylight? What is the value of
π‘ then?
(d) Find the domain and range of the function using interval
notation.
(e) Use the information from (π) β (π) to sketch a graph of the
function, including all relevant information.
(f) Find πβ²β²(π‘) (the second derivative of π(π‘)).
4. The number of hours of daylight varies throughout the course of a year (daylight is defined as the time between sunri
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