Dear all respected HR,
Kindly help me because I am unable to answer this question.
___________ is a technique through which it is possible to identify which of an available set of jobs to process next on an available resource?
a. Planning
b. Scheduling
c. Forecasting
d. Dispatching
Please help me, it's urgent.
Sheran
From India, Delhi
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2Kindly help me because I am unable to answer this question.
___________ is a technique through which it is possible to identify which of an available set of jobs to process next on an available resource?
a. Planning
b. Scheduling
c. Forecasting
d. Dispatching
Please help me, it's urgent.
Sheran
From India, Delhi
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Dear Sheran Wilson,
The probable reason your question did not receive any hits is that it makes little sense. I understand the urgency, but the question words seem scrambled to me. Try being a bit clearer.
From India, Chandigarh
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The probable reason your question did not receive any hits is that it makes little sense. I understand the urgency, but the question words seem scrambled to me. Try being a bit clearer.
From India, Chandigarh
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scheduling, it seems to me that the question belongs to computers sc ( operating system) and not to hr
From India, Patiala
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From India, Patiala
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Hi Sheran, As Das Sajal mentioned the words are jumbled in the question you wrote, but as far as my understanding, the word forecasting would be the right answer.
From India, Madras
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From India, Madras
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Dear All,
Please answer this question:
What is the probability of acceptance when all lots have greater than 3% defectives in the case of the OC Curve of an Ideal Sampling Plan?
a) two
b) 0.5
c) 1
d) 0
Regards,
Sheran
From India, Delhi
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Please answer this question:
What is the probability of acceptance when all lots have greater than 3% defectives in the case of the OC Curve of an Ideal Sampling Plan?
a) two
b) 0.5
c) 1
d) 0
Regards,
Sheran
From India, Delhi
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Dear All,
Please answer this question as it is urgently required:
What is the probability of acceptance when all lots have greater than 3% defectives in the case of the OC Curve of an Ideal Sampling Plan?
a) Two
b) 0.5
c) 1
d) 0
Regards,
Sheran
Attribution: https://www.citehr.com/475063-hr-rel...#ixzz2jv89lZVg
From India, Delhi
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Please answer this question as it is urgently required:
What is the probability of acceptance when all lots have greater than 3% defectives in the case of the OC Curve of an Ideal Sampling Plan?
a) Two
b) 0.5
c) 1
d) 0
Regards,
Sheran
Attribution: https://www.citehr.com/475063-hr-rel...#ixzz2jv89lZVg
From India, Delhi
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Scheduling would be good in this term. as point is not that much clear, but scheduling can fit properly here. Or it can be forcasting too. which is my 2nd option for this.
From India, Gurgaon
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From India, Gurgaon
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The question states:
List of available resources is there, List of jobs to be done is there, What is the technique to select the next job with available resources.
The answer is: Planning. Though this question does not seem to have any relation to HR issues, we have tried to understand and respond. Similarly, I doubt whether you will get a response to your other questions.
From India, Mumbai
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List of available resources is there, List of jobs to be done is there, What is the technique to select the next job with available resources.
The answer is: Planning. Though this question does not seem to have any relation to HR issues, we have tried to understand and respond. Similarly, I doubt whether you will get a response to your other questions.
From India, Mumbai
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Dear all respected HRs,
All my questions are related to my HR profile only. Please, I need urgent help. If anyone knows the answer to the question I have asked above, then please let me know as it is urgently required.
My question is: What is the probability of acceptance when all lots have greater than 3% defectives in the case of the OC Curve of an Ideal Sampling Plan?
a) two
b) 0.5
c) 1
d) 0
Regards,
Sheran
From India, Delhi
Acknowledge(0)Amend(0)
All my questions are related to my HR profile only. Please, I need urgent help. If anyone knows the answer to the question I have asked above, then please let me know as it is urgently required.
My question is: What is the probability of acceptance when all lots have greater than 3% defectives in the case of the OC Curve of an Ideal Sampling Plan?
a) two
b) 0.5
c) 1
d) 0
Regards,
Sheran
From India, Delhi
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