a) For an assembly line scheduling problem with 5 stations in each line, this is the final table: 1 2 3 5 f₁[j] 9 1811 2012 24[1] 32111 f₂[j] 12 1611 2212) 25111 30121 f* = 35(1) The numbers in the inset ([]) represent the line numbers for the previous station. You need to trace the path of material flow to complete the assembly in a minimum cost and what is that cost? All info is in this table. Explain to give your answer. b) Write short notes on how Dynamic Programming Approach is used in Graph Theory (read online).

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5. Answer each of the short questions:
a) For an assembly line scheduling problem with 5 stations in each line, this is the final
table:
1
f₁[j]
9
f₂[j] 12
3
4
5
2
18[1] 2012] 24[1]
32011
16[1] 2212) 25111 30121
f* = 35[1]
The numbers in the inset ([]) represent the line numbers for the previous station.
You need to trace the path of material flow to complete the assembly in a minimum cost
and what is that cost? All info is in this table.
Explain to give your answer.
b) Write short notes on how Dynamic Programming Approach is used in Graph Theory
(read online).
Transcribed Image Text:5. Answer each of the short questions: a) For an assembly line scheduling problem with 5 stations in each line, this is the final table: 1 f₁[j] 9 f₂[j] 12 3 4 5 2 18[1] 2012] 24[1] 32011 16[1] 2212) 25111 30121 f* = 35[1] The numbers in the inset ([]) represent the line numbers for the previous station. You need to trace the path of material flow to complete the assembly in a minimum cost and what is that cost? All info is in this table. Explain to give your answer. b) Write short notes on how Dynamic Programming Approach is used in Graph Theory (read online).
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