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Q3 Connnected Components. Consider G = (V, E) where no edge in E is a self-loop (i.e., Ve € E, \v € V‚e ‡ {v,v}. ). If |E| = 0, the number of connected components is? (Hint: in terms of n = |VI.) Enter your answer here If |E| = m, where m≤n, the minimum number of connected components is? (Hint: in terms of n = |V]. and m = |E|.) Enter your answer here

Q3 Connnected Components. Consider G = (V, E) where no edge in E is a self-loop (i.e., Ve € E, \v € V‚e ‡ {v,v}. ). If |E| = 0, the number of connected components is? (Hint: in terms of n = |VI.) Enter your answer here If |E| = m, where m≤n, the minimum number of connected components is? (Hint: in terms of n = |V]. and m = |E|.) Enter your answer here

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Q3 Connnected Components. Consider G = (V, E) where no edge in E is a self-loop (i.e., Ve € E, \v € V‚e ‡ {v,v}. ). If |E| = 0, the number of connected components is? (Hint: in terms of n = |VI.) Enter your answer here If |E| = m, where m≤n, the minimum number of connected components is? (Hint: in terms of n = |V]. and m = |E|.) Enter your answer here
Transcribed Image Text:Q3 Connnected Components. Consider G = (V, E) where no edge in E is a self-loop (i.e., Ve € E, \v € V‚e ‡ {v,v}. ). If |E| = 0, the number of connected components is? (Hint: in terms of n = |VI.) Enter your answer here If |E| = m, where m≤n, the minimum number of connected components is? (Hint: in terms of n = |V]. and m = |E|.) Enter your answer here
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