In case of batch production the preferred layout will be

1.	In case of batch production the preferred layout will be
A.	Process layout
B.	Product layout
C.	Combination type layout
D.	Fixed type layout
Answer» B. Product layout

Discussion

No Comment Found

Related MCQs

For a classical (Wilson) model of determining economic order quantity (EOQ), the carrying and ordering costs are Cr and Co, respectively. For an annual demand D, the minimum yearly total inventory cost is
Actual observed time for an operation time was 1 min/piece. If the performance rating of the operator was 120 and a 5% personal time is to be provided, the standard time in min/piece is
Among the effects of design specifications on costs, which one of the following is the most significant that influences the producibility of end product?
In an MRP system, component demand is:
Assignment of work to manpower and machinery is known as
A component can be produced by any of the four processes I, II, III and IV. The fixed cost and the variable cost for each of the processes are listed below. The most economical process for producing a batch of 100 pieces isProcessFixed cost (in Rs.)Variable cost per piece (in Rs.)I203II501III402IV104
Life reliability of product is decided by
All of the following are considered non-productive activities relating to equipment excepts
In order to indicate the sequence of events and movements of men, material, etc., while work is being accomplished, the recording technique used is :
A factory produces m (i = 1, 2, ..., m) products, each of which requires processing on n (j = 1, 2, ..., n) workstations. Let aij be the amount of processing time that one unit of the ith product requires on the jth workstation. Let the revenue from selling one unit of the ith product be ri and hi be the holding cost per unit per time period for the ith product. The planning horizon consists of T (t = 1, 2,..., T) time periods. The minimum demand that must be satisfied in time period t is dit, and the capacity of the jth workstation in time period t is cjt. Consider the aggregate planning formulation below, with decision variables Sit (amount of product i sold in time period t), Xit (amount of product i manufactured in time period t) and Iit (amount of product i held in inventory at the end of time period t).\({\rm{max}}\mathop \sum \limits_{t = 1}^T \mathop \sum \limits_{i = 1}^m \left( {{r_i}{S_{it}} - {h_i}{I_{it}}} \right)\)Subject toSit ≥ dit ∀ i, t< capacity constraint >< inventory balance constraint >Xit, Sit, Iit ≥ 0; Ii0 = 0The capacity constraints and inventory balance constraints for this formulation respectively are

In case of batch production the preferred layout will be

Discussion

No Comment Found

Related MCQs

Reply to Comment