Does Hamilton Circuits exist below Given the graph below doe

Does Hamilton Circuits exist below:

Given the graph below, does a Hamilton circuit exists? A Hamilton circuit exists from a, d, g, h, i, f, c, e, b A Hamilton circuit exists from a, d, g, h, i, f, c, e, b, a A Hamilton circuit exists from a, d, g, h, i, f, c, e, b, e, a Incorrect, ensure all paths are represented correctly to form a Hamilton circuit There are no Hamilton circuits

Solution

Solution:

A Hamiltonian cycle, is a cycle that visits each vertex exactly once (except for the vertex that is both the start and end, which is visited twice). A graph that contains a Hamiltonian cycle is called aHamiltonian graph..

Thus the Hamilton circuit exists from a,d,g,h,i,f,c,e,b,a

Answer Option (2)

Does Hamilton Circuits exist below: Given the graph below, does a Hamilton circuit exists? A Hamilton circuit exists from a, d, g, h, i, f, c, e, b A Hamilton c

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