In a study of how monkey's eyes pursue a moving object, an image was moved sinusoidally through a monkey's field of vision with an amplitude of 6 and a period of 0.350 second. a. Find an equation giving the position of the image in degrees as a function of time in seconds. b. After how many seconds does the image reach its maximum amplitude? c. What is the position of the object after 3 seconds? a. An equation giving the position y as a function of time t is (Type an exact answer, using It as needed.) b. After seconds, the image first reaches its maximum amplitude. c. The pos'tion of the object after 3 seconds is V (Round to two decimal places as needed.) Many biological populations can be modeled by f(t) = f(O) eCSi" t, where f(O) is the size of the population when t= 0. Suppose that f(0) = 1000 and o = 4. Find the maximum and minimum values of f(t) and the values of t where they occur. Find the maximum value(s) of f(t) and the value(s) oft where they occur. Select the correct answers below and, if necessary, fill in the answer boxes to complete your choice. '19.? A- The maximum value of f(t) is , which on the interval 0 s t