I need help on this question: The players are given a tin and upon opening they each have a particular shape. The shape given is the shape that must be extractedThe players have 10 minutes to cleanly extract the shape at the rate of using the needle and then any other way, such as licking the honeycomb to extract the shape Let Q be the total quantity of the honeycomb with a volume V at time t with the rate r that the individual is trying to extract their honeycomb To understand how Q changes with time we write our differential equation based on the rate of extraction divided the concentration (volume), that is r / V and then can develop its general solution For this part you have Player Oh -nam that honeycomb starts with a volume of 61c * m ^ 3 and a rate of 0.67 cm^ 3 /sec Write the differential equation , (dQ)/(dt) that models this problem. Round to four decimal places