1) What is the main objective of studying Bullwhip Effect? To maximize profits To forecast demand To minimize the probability of stockout 2) Which among the following is not important factor contributing towards BullWhip Effect: Supply Line Inventory External Demand 3) What will be a good measure of Bullwhip Effect: Variance in the stock ordered Variance in the stock ordered of a higher echelon Ratio of above two variances 4) When the demand is higher than the ordered quantity plus the inventory which of the following cost is incurred? Underage Cost Overage cost Marginal Cost 5)What are the features of System Dynamics: Time Delay Internal Beedbacks All of the above 6) Which of the following policy will have fixed orders: s-S s-Q Order to S 7) In "s - S" policy if S is equal to 12 and s is equal to 10 and inventory is equal to 11, order would be: 0 Units 1 Units 2 Units 8) In "Order to S" policy if S is equal to 10 and the Inventory is equal to 12 then order placed would be: 2 Units 4 Units None of the Above 9) " "Bullwhip Effect" simulation is basically Dynamic Simulation Static Simulation None of the above 10) In a system, an object of interest is called Attributes Entity Function
1) What is the main objective of studying Bullwhip Effect?
To maximize profits
To forecast demand
To minimize the probability of stockout
2) Which among the following is not important factor contributing towards BullWhip Effect:
Supply Line
Inventory
External Demand
3) What will be a good measure of Bullwhip Effect:
Variance in the stock ordered
Variance in the stock ordered of a higher echelon
Ratio of above two variances
4) When the demand is higher than the ordered quantity plus the inventory which of the following cost is incurred?
Underage Cost
Overage cost
Marginal Cost
5)What are the features of System Dynamics:
Time Delay
Internal Beedbacks
All of the above
6) Which of the following policy will have fixed orders:
s-S
s-Q
Order to S
7) In "s - S" policy if S is equal to 12 and s is equal to 10 and inventory is equal to 11, order would be:
0 Units
1 Units
2 Units
8) In "Order to S" policy if S is equal to 10 and the Inventory is equal to 12 then order placed would be:
4 Units
None of the Above
9) " "Bullwhip Effect" simulation is basically
Dynamic Simulation
Static Simulation
None of the above
10) In a system, an object of interest is called
Attributes
Entity
Function