in Graph Theory
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4 votes
4 votes

Hi, 

As all of us knows number of spanning tree of simple labeled graph could be computed by the Kirchhoff's theorem

But is there any other method (other than Brute force) to compute the number of spanning tree of given general graph ?

Formula for number of spanning tree possible in Simple Labeled Complete graph($K_{n}$) and Simple Labeled Complete Bipartite graph($K_{m,n}$)  are $n^{n-2}$ and $n^{m-1}m^{n-1}$ respectively. 

If anyone can state simple proof for above mentioned formula then it will great help. 

in Graph Theory
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4 Comments

Thanks rupendra, I got it now.
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0
Hi Rupendra,
Can you please explain how you are getting 4 cycles.
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Can you please tell which 4 are the cycles?
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