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Use the nearest neighbor algorithm starting at each of the indicated vertices to determine an approximate solution to the problem of finding a minimum Hamilton circuit for the graph. In each case, find the total weight of the circuit found. (a) Starting at A (b) Starting at C (c) Starting at D (d) Starting at E 0-0-0-0-0- (a) The circuit starting at A is A → 25 E 10 35 20 30 30 B 15 D 40 20 C

Use the nearest neighbor algorithm starting at each of the indicated vertices to determine an approximate solution to the problem of finding a minimum Hamilton circuit for the graph. In each case, find the total weight of the circuit found. (a) Starting at A (b) Starting at C (c) Starting at D (d) Starting at E 0-0-0-0-0- (a) The circuit starting at A is A → 25 E 10 35 20 30 30 B 15 D 40 20 C

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Use the nearest neighbor algorithm starting at each of the indicated vertices to determine an approximate solution to the problem of finding a minimum Hamilton circuit for the graph. In each case, find the total weight of the circuit found. (a) Starting at A (b) Starting at C (c) Starting at D (d) Starting at E →□→□→□→□→ロ (a) The circuit starting at A is A→ C.. A 25 E 10. 5 35 20 30 30 B 15 D 40 20 C
Transcribed Image Text:Use the nearest neighbor algorithm starting at each of the indicated vertices to determine an approximate solution to the problem of finding a minimum Hamilton circuit for the graph. In each case, find the total weight of the circuit found. (a) Starting at A (b) Starting at C (c) Starting at D (d) Starting at E →□→□→□→□→ロ (a) The circuit starting at A is A→ C.. A 25 E 10. 5 35 20 30 30 B 15 D 40 20 C
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