Problem 4. Find the nite area between the curves 1} = E y = :Jc -l 6 and the :r-axis. Problem 5. An antibacterial agent is applied to a bacterial colony. The population of a bacterial colony P(t) (in millions of organisms) changes at a rate 713:) = (400013 _ 8000).?'2'4'3 (in millions of organisms per minute) where 1; refers to the number of minutes after the agent is applied. Right before the agent is applied, the bacterial colony has 2020 million organisms. A. Compute the following expression. If necessary, please round to two decimal points. 1 2020 +f Mt) dt 0 B. Explain the meaning of the expression 2020 + fol Mt) alt in context of the problem. C. Your buddy Ron states "As time goes on forever, we expect the bacteria population to go to 0." State whether Ron is CORRECT or INCORRECT and briefly explain your selection