We want to determine the performance efficiency of a

171. We want to determine the “performance efficiency” of a piece of equipment. Given the machine’s
speed efficiency estimate is 0.9 and the rate efficiency estimate is 0.9, what is the performance
efficiency estimate?
0.930
*0.810
0.750
0.660
None of the above
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171. We want to determine the “performance efficiency” of a piece of equipment. Given the machine’s
speed efficiency estimate is 0.95 and the rate efficiency estimate is 0.97, what is the performance
efficiency estimate?
171. We want to determine the “quality rate” of a piece of equipment. Given the machine’s actual
production volume of 800 pieces and a resulting defect output of 40 pieces from the 800, what is the
quality rate estimate?
171. We want to determine the “quality rate” of a piece of equipment. Given the machine’s actual
production volume of 900 pieces and a resulting defect output of 57 pieces from the 900, what is the
quality rate estimate?
171. We want to determine the “quality rate” of a piece of equipment. Given the machine’s actual
production volume of 1000 pieces and a resulting defect output of 150 pieces from the 1000, what is the
quality rate estimate?
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0.95
*0.85
0.75
0.65
None of the above
172 . We want to determine the “overall equipment effectiveness” of a piece of equipment. Given the
machine’s availability estimate of 0.8, its performance efficiency of 0.9 and quality ra ting estimate of
0.9, what is the overall equipment effectiveness estimate?
172. We want to determine the “overall equipment effectiveness” of a piece of equipment. Given the
machine’s availability estima te of 0.75, its performance efficiency of 0.85 and quality rating estimate of
0.90, what is the overall equipment effectiveness estimate?
172. We want to determine the “overall equipment effectiveness” of a piece of equipment. Given the
machine’s availability estimate of 0.99, its performance efficiency of 0.95 and quality rating estimate of
0.95, what is the overall equipment effectiveness estimate?