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Recent questions tagged goclasses-cs-dpp-day-54
3
3 votes
3
3 answers
620
620 views
GO CLASSES DPP | Discrete Mathematics | Graph theory | UGC NET
The minimum number of edges in a connected graph with ${ }^{\prime} n^{\prime}$ vertices is equal to$n(n-1)$ $\frac{n(n-1)}{2}$ $n^2$ $n-1$
GO Classes
620
views
asked
Jul 23, 2025
Graph Theory
goclasses
discrete-mathematics
graph-theory
goclasses-cs-dpp
goclasses-cs-dpp-day-54
goclasses-graph-theory-practice-questions
goclasses-dm-practice-questions
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–
2
2 votes
2
2 answers
489
489 views
GO CLASSES DPP | Discrete Mathematics | Graph theory | UGC NET
The number of edges in a complete graph of $n$ vertices is$n$ $n(n-1) / 2$ $n(n+1) / 2$ $\left(n^{\wedge} 2\right) / 2$
GO Classes
489
views
asked
Jul 23, 2025
Graph Theory
goclasses
discrete-mathematics
graph-theory
goclasses-cs-dpp
goclasses-cs-dpp-day-54
goclasses-graph-theory-practice-questions
goclasses-dm-practice-questions
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–
2
2 votes
4
4 answers
487
487 views
GO CLASSES DPP | Discrete Mathematics | Graph theory | TIFR
A graph is $d$ - regular if every vertex has degree $d$. For a $d$ - regular graph on $n$ vertices, which of the following must be TRUE?$d$ divides $n$At least one of $d$...
GO Classes
487
views
asked
Jul 23, 2025
Graph Theory
goclasses
discrete-mathematics
graph-theory
goclasses-cs-dpp
goclasses-cs-dpp-day-54
goclasses-graph-theory-practice-questions
goclasses-dm-practice-questions
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–
1
1 vote
2
2 answers
383
383 views
GO CLASSES DPP | Discrete Mathematics | Graph theory | UGC NET
An undirected graph possesses an eulerian circuit if and only if it is connected and its vertices areAll of even degreeAll of odd degreeOf any degreeEven in number
GO Classes
383
views
asked
Jul 23, 2025
Graph Theory
goclasses
discrete-mathematics
graph-theory
goclasses-cs-dpp
goclasses-cs-dpp-day-54
goclasses-graph-theory-practice-questions
goclasses-dm-practice-questions
+
–
2
2 votes
3
3 answers
476
476 views
GO CLASSES DPP | Discrete Mathematics | Graph theory | TIFR
Let $G=(V, E)$ be an undirected simple graph. A subset $M \subseteq E$ is a matching in $G$ if distinct edges in $M$ do not share a vertex. A matching is maximal if no st...
GO Classes
476
views
asked
Jul 23, 2025
Graph Theory
goclasses
discrete-mathematics
graph-theory
goclasses-cs-dpp
goclasses-cs-dpp-day-54
goclasses-graph-theory-practice-questions
goclasses-dm-practice-questions
+
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