Industrial Engineering and Production Management 'Value' for value engineering and analysis purposes is defined as Saleable value Depreciated value Function/cost Purchase value Saleable value Depreciated value Function/cost Purchase value ANSWER DOWNLOAD EXAMIANS APP
Industrial Engineering and Production Management Queueing theory deals with problems of Better utilization of man services Reducing the waiting time or idle time Effective use of machines Material handling Better utilization of man services Reducing the waiting time or idle time Effective use of machines Material handling ANSWER DOWNLOAD EXAMIANS APP
Industrial Engineering and Production Management Which of the following equations is not in conformity with others? Attitude × situation = motivation Organization performance × motivation = profits Knowledge × skill = ability Ability × motivation = performance Attitude × situation = motivation Organization performance × motivation = profits Knowledge × skill = ability Ability × motivation = performance ANSWER DOWNLOAD EXAMIANS APP
Industrial Engineering and Production Management Time study is carried out By breaking up each operation into small elements which are measurable with the help of the measuring device accurately By finding all the significant informations regarding the job, work place and machine tool etc All of these By observing and recording the time taken by the operator for an operation By breaking up each operation into small elements which are measurable with the help of the measuring device accurately By finding all the significant informations regarding the job, work place and machine tool etc All of these By observing and recording the time taken by the operator for an operation ANSWER DOWNLOAD EXAMIANS APP
Industrial Engineering and Production Management If E is the duration, ES and EF are die earliest start and finish times, LS and LF are latest start and finish times, then the following relation holds good LS = LFD EF = ES + D All of these LF = LS + D LS = LFD EF = ES + D All of these LF = LS + D ANSWER DOWNLOAD EXAMIANS APP
Industrial Engineering and Production Management If ‘F’ is the fixed cost, ‘V’ is the variable cost per unit (or total variable costs) and ‘P’ is the selling price of each unit (or total sales value), then break-even point is equal to (F × P)/V F/[1 - (V/P)] (F × V)/P F/[1 + (V/P)] (F × P)/V F/[1 - (V/P)] (F × V)/P F/[1 + (V/P)] ANSWER DOWNLOAD EXAMIANS APP
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