Mechanical Engineering - Industrial Engineering and Production Management - Discussion
Discussion Forum : Industrial Engineering and Production Management - Section 1 (Q.No. 15)
15.
In a network shown in the below figure, the critical path is along


Discussion:
32 comments Page 2 of 4.
Bhargav said:
6 years ago
According to me, Option A is the correct answer.
Dhaval Chaudhary said:
6 years ago
A is correct answer 1-2-3-4-8-9.
Ref: R S Kurmi.
Ref: R S Kurmi.
Anand said:
7 years ago
CRITICAL Path:
A critical path consumes maximum resources. It is the longest path and consumes maximum time.
So the order of the network is 1-2-3-5-6-7-8-9.
Option B is correct.
A critical path consumes maximum resources. It is the longest path and consumes maximum time.
So the order of the network is 1-2-3-5-6-7-8-9.
Option B is correct.
Samuel said:
7 years ago
Exactly @Neeraj. But according to the definition, critical path is the longest path and consumes maximum time. So, they are contradicting each other.
Neeraj said:
7 years ago
I think it is A.
Ref: RS Khurmi.
Ref: RS Khurmi.
Kannan said:
8 years ago
Option D is the correct answer. The dummy activity doesn't consume any resource or time. So we don't consider dummy activity while choosing a critical path.
Manoj said:
8 years ago
Which takes minimum time? Explain in detail.
ONOSETALE said:
8 years ago
@ALL.
As an Industrial engineer, one of the function in a project is to obtain an optimal solution. However, I would suggest those against option B to study the algorithm of network diagram as regarding selecting the critical path(s).
As an Industrial engineer, one of the function in a project is to obtain an optimal solution. However, I would suggest those against option B to study the algorithm of network diagram as regarding selecting the critical path(s).
Ind Lov said:
9 years ago
The Crictical path can contain Dummy activities.
So answer B is right.
So answer B is right.
Anomy said:
9 years ago
Critical path.
The sequence of stages determining the minimum time needed for an operation, especially when analyzed on a computer for a large organization.
The sequence of stages determining the minimum time needed for an operation, especially when analyzed on a computer for a large organization.
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