In a dynamic capacity expansion problem, the annual increase in demand is estimated to be D = 4000 with the expansion cost parameters given as k = 9.0 and a = 0.80. The discount rate (continuously compounded) is r = 0.08. If the management has decided to increase the capacity every x = 4 years, find the net present value of all future expansion cost C(x). Consider the dynamic capacity expansion problem. The parameters of the capacity building cost function f(y) are specified as a = 0.79 and k = 142. The cost of adding a capacity of 329 units is; In a dynamic capacity expansion problem, the annual increase in demand is estimated to be D = 4000 with the expansion cost parameters given as k = 9.0 and a = 0.80. The discount rate (continuously compounded) is r = 0.08. If the management has decided to increase the capacity every x = 4 years, find the net present value of all future expansion cost C(x). Consider the dynamic capacity expansion problem. The parameters of the capacity building cost function f(y) are specified as a = 0.79 and k = 142. The cost of adding a capacity of 329 units is