Part (b) says calculate the copper concentration at t=0.2 using the predictor-corrector method with dt=0.1

Question 2: Initial Value Problems In order to make a copper-nickel alloy, we add copper with a constant rate (mass per minute) to a melt. The concentration of copper in this melt, which we denote as C(t), obeys the equation tC(t)=(+t)2 where =1 is a constant. We start with no copper in the melt (zero concentration) at t=0 (a) (10 points) Using the forward Euler method with step size t=0.1, calculate the copper concentration at t=0.2. (3) mertuod with ot = D12