8. Let G be a simple unweighted graph of order 3 with Laplacian spectrum o(L) = {0,1, 3}. (a) edges does G have? What is the algebraic connectivity of G? Is G connected or disconnected? How many (b)...


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8. Let G be a simple unweighted graph of order 3 with Laplacian spectrum<br>o(L) = {0,1, 3}.<br>(a)<br>edges does G have?<br>What is the algebraic connectivity of G? Is G connected or disconnected? How many<br>(b)<br>Find the Laplacian spectrum of G.<br>(c)<br>G have? How many edges does G have?<br>What is the algebraic connectivity of G? How many disjoint connected components does<br>

Extracted text: 8. Let G be a simple unweighted graph of order 3 with Laplacian spectrum o(L) = {0,1, 3}. (a) edges does G have? What is the algebraic connectivity of G? Is G connected or disconnected? How many (b) Find the Laplacian spectrum of G. (c) G have? How many edges does G have? What is the algebraic connectivity of G? How many disjoint connected components does

Jun 05, 2022
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