Industrial Engineering and Production Management The probabilistic time is given by (where to = Optimistic time, tp = Pessimistic time, and tn = Most likely time) (to + tp + tn)/3 (to + tp + 4tn)/6 (to + 4tp + tn)/5 (to + 2tp + tn)/4 (to + tp + tn)/3 (to + tp + 4tn)/6 (to + 4tp + tn)/5 (to + 2tp + tn)/4 ANSWER DOWNLOAD EXAMIANS APP
Industrial Engineering and Production Management In value engineering, important consideration is given to Function concept Customer satisfaction Profit maximization Cost reduction Function concept Customer satisfaction Profit maximization Cost reduction ANSWER DOWNLOAD EXAMIANS APP
Industrial Engineering and Production Management A graphical device used to determine the break-even point and profit potential under varying conditions of output and costs, is known as Flow chart Gantt chart PERT chart Break-even chart Flow chart Gantt chart PERT chart Break-even chart ANSWER DOWNLOAD EXAMIANS APP
Industrial Engineering and Production Management Statistical quality control techniques are based on the theory of Statistics All of the these Quality Probability Statistics All of the these Quality Probability ANSWER DOWNLOAD EXAMIANS APP
Industrial Engineering and Production Management The technique of value analysis can be applied to Any item Crash programmer items only Complicated items only Simple items only Any item Crash programmer items only Complicated items only Simple items only ANSWER DOWNLOAD EXAMIANS APP
Industrial Engineering and Production Management If TL is the largest allowable event occurrence time, total activity slack (s) is equal to Latest finish time earliest finish time (EFT) All of these Latest start time earliest start time TLEFT Latest finish time earliest finish time (EFT) All of these Latest start time earliest start time TLEFT ANSWER DOWNLOAD EXAMIANS APP
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