Assume the length of the year (which is the period of change) is exactly 365 days long. The shortest day of the year is December 21, and it's 675.85 minutes long. Manila's longest day is 779.60 minutes long. Note that December 21 is 11 days before January 1. Find the formula of the trigonometric function that models the length L of the dayt days after January 1. Define the function using radians. L(t) = %3D What is the day length on the People Power Anniversary (February 25, which is 55 days after January 1) in Manila? Round your answer, if necessary, to two decimal places. minutes

Assume the length of the year (which is the period of change) is exactly 365 days long. The shortest day of the year is December 21, and it's 675.85 minutes long. Manila's longest day is 779.60 minutes long. Note that December 21 is 11 days before January 1. Find the formula of the trigonometric function that models the length L of the dayt days after January 1. Define the function using radians. L(t) = %3D What is the day length on the People Power Anniversary (February 25, which is 55 days after January 1) in Manila? Round your answer, if necessary, to two decimal places. minutes