Suppose the Motorboat dealership in part (a) above dealing in costly motorboats follows the policy of carrying a few units in stock and ordering for replenishment as soon as a motorboat is sold from the stock. The unit cost of the motorboat is $60,000 and the holding or carrying cost is $5,000 per unit per year. The management of Motorboat dealership believe that the shortage cost due to waiting for the motorboat is $2,000 per unit short per month. The demand is seen to be Poisson distributed with an average rate of 2 units per month and the replenishment lead time can be considered to be exponential with a mean of one month. Considering the system as an M/M/s queuing system, find the optimal stock to be carried which can minimize the sum total of carrying and shortage costs.
Suppose the Motorboat dealership in part (a) above dealing in costly motorboats follows the policy of carrying a few units in stock and ordering for replenishment as soon as a motorboat is sold from the stock. The unit cost of the motorboat is $60,000 and the holding or carrying cost is $5,000 per unit per year. The management of Motorboat dealership believe that the shortage cost due to waiting for the motorboat is $2,000 per unit short per month. The demand is seen to be Poisson distributed with an average rate of 2 units per month and the replenishment lead time can be considered to be exponential with a mean of one month. Considering the system as an M/M/s queuing system, find the optimal stock to be carried which can minimize the sum total of carrying and shortage costs.
Trending now
This is a popular solution!
Step by step
Solved in 2 steps
