The number of bacteria in a flask grows according to the differential equation dy = 0.08y. In this question, time is measured in hours and the number of bacteria, y, is measured in millions. The number of bacteria at time t= 0 is 5 million. dt a. Give a formula for the number of bacteria at time t b. y(t) = What is the value of the growth constant? (Give an exact answer.) per hour c. How long does it take for the number of bacteria to double? (Give your answer correct to at least two decimal places.) hours d. How many bacteria will be present after 7 hours have passed? (Give your answer correct to at least two decimal places.) million bacteria