The growth of bacteria can be modeled as exponential growth. At the start of an experiment, there are 3500 bacteria present. Two hours later, the population is 5200. (a) Determine the growth constant.
(b) Determine the population five hours after the experiment began.
(c) When will the population reach 10000?

Ican interpret and represent the remainder in division calculations sensibly for the context (eg 27.4 in calculating average height in cm: $27.44 if it represents an amount of money) solve the following problems. 15) the wildlife park charges $25.50 dollars per person to enter their park if the park made $15096 dollars today, how many people entered the park? 16) ms adams plus 2,230 other keen runners ran a marathon: between them they ran 94817.5km. how many km did each competitor run?