ONLY SOLVE C The following diagram represents a water piping network. Numbers be
ID: 3583012 • Letter: O
Question
ONLY SOLVE C
The following diagram represents a water piping network. Numbers between nodes indicate the corresponding flow capacity (in l/s). Part A and Part B are demonstrated in Lecture 14 (updated). Please only do Part C Determine the maximum possible flow capacity of the network using primal graph cut sets (refer to revised Lecture 14 on making the cut sets, total L possible sets of cuts). It can be observed that the total flow capacity is severely constrained by the flow capacity between nodes 2-6 and between nodes 3-6, in which both equal to 1 l/s. By installing larger pipes, flow capacity between nodes 2-6 and between 3-6 increases to 10 l/s. Re-evaluate the flow capacity for each cut set, and determine the new maximum possible flow capacity of the network. The following table only shows J sets of cuts, assuming this table is correct and continuing on to Part C based on this table. The total flow capacities between nodes 2-6 and between nodes 3-6 increases from 2 I/s to 20 l/s. However, the maximum possible flow capacity of the whole network does not increase by the same amount Briefly explain why and propose new flow capacities between nodes 2-6 and between nodes 3-6 such that the total flow is not constrained there and yet those two pipes are not oversized.Explanation / Answer
Answer :
the total flow capacities between nodes 2-6 and between nodes 3-6 increses from 2 I/s to 20 I/s .However the maximum possible flow capacity of the whole network does not increase by the same amount.Briefly why and propose new flow capacities btewween nodes 2-6 and between 3-6 such that the total flow is not constrained there and yet those two pipes are not overized.
Answer :
new flow capacities btewween nodes 2-6 and between 3-6 such that the total flow is not constrained there and yet those two pipes are not overized.
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