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Recent questions tagged vertex-cover
3
votes
1
answer
1
GO Classes Test Series 2024 | Mock GATE | Test 13 | Question: 63
For an undirected graph $G$, let $\overline{G}$ refer to the complement (a graph on the same vertex set as $G$, with $(i, j)$ as an edge in $\overline{G}$ if and only if it is not an edge in $G$ ). Consider the following ... is equivalent to (iii) and (v). (i) is equivalent to (ii) and (iv). (i) is equivalent to (ii) and (v)
For an undirected graph $G$, let $\overline{G}$ refer to the complement (a graph on the same vertex set as $G$, with $(i, j)$ as an edge in $\overline{G}$ if and only if ...
GO Classes
445
views
GO Classes
asked
Jan 28
Graph Theory
goclasses2024-mockgate-13
goclasses
graph-theory
vertex-cover
2-marks
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–
0
votes
0
answers
2
UGC NET CSE | October 2022 | Part 1 | Question: 56
Consider the following statements of approximation algorithm : Statement $\text{I}$: Vertex-cover is a polynomial time $2$-approximation algorithm. Statement $\text{II}$: $\text{TSP}$-tour is a polynomial time $3$-approximation algorithm for ... $\text{II}$ true Statement $\text{I}$ and Statement $\text{II}$ false
Consider the following statements of approximation algorithm :Statement $\text{I}$: Vertex-cover is a polynomial time $2$-approximation algorithm.Statement $\text{II}$: $...
admin
221
views
admin
asked
Oct 23, 2022
Others
ugcnetcse-oct2022-paper1
algorithms
vertex-cover
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5
votes
2
answers
3
GO Classes Scholarship 2023 | Test | Question: 9
Consider the following graph $\text{G:}$ Let $\text{M, C, I, S, B, E}$ be the Matching number, chromatic number, independence number, Clique number, Vertex cover number, and edge cover number, respectively of $\text{G}.$ What is $\text{M+C+I+S+B+E}?$
Consider the following graph $\text{G:}$Let $\text{M, C, I, S, B, E}$ be the Matching number, chromatic number, independence number, Clique number, Vertex cover number, a...
GO Classes
718
views
GO Classes
asked
Aug 6, 2022
Graph Theory
goclasses-scholarship-test1
numerical-answers
goclasses
graph-theory
graph-connectivity
vertex-cover
2-marks
+
–
2
votes
1
answer
4
GATE Overflow Test Series | Discrete Mathematics | Test 4 | Question: 2
The size of the minimum vertex cover of the below graph is _________
The size of the minimum vertex cover of the below graph is _________
gatecse
275
views
gatecse
asked
Sep 14, 2020
Graph Theory
go2025-dm-4
numerical-answers
vertex-cover
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2
votes
1
answer
5
GATE Overflow Test Series | Discrete Mathematics | Test 4 | Question: 4
In the graphs given below certain vertices are marked in RED. Which of the marked vertices form a vertex cover? (Mark all the appropriate choices)
In the graphs given below certain vertices are marked in RED. Which of the marked vertices form a vertex cover? (Mark all the appropriate choices)
gatecse
151
views
gatecse
asked
Sep 14, 2020
Graph Theory
go2025-dm-4
vertex-cover
multiple-selects
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5
votes
1
answer
6
GATE Overflow Test Series | Discrete Mathematics | Test 4 | Question: 24
The number of maximum independent vertex set of the below graph is _________
The number of maximum independent vertex set of the below graph is _________
gatecse
336
views
gatecse
asked
Sep 14, 2020
Graph Theory
go2025-dm-4
numerical-answers
vertex-cover
+
–
4
votes
2
answers
7
CMI2019-A-7
An interschool basketball tournament is being held at the Olympic sports complex. There are multiple basketball courts. Matches are scheduled in parallel, with staggered timings, to ensure that spectators always have some match or other available to watch. Each match ... solve? Find a minimal colouring. Find a minimal spanning tree. Find a minimal cut. Find a minimal vertex cover.
An interschool basketball tournament is being held at the Olympic sports complex. There are multiple basketball courts. Matches are scheduled in parallel, with staggered ...
gatecse
805
views
gatecse
asked
Sep 13, 2019
Graph Theory
cmi2019
graph-theory
graph-coloring
spanning-tree
vertex-cover
descriptive
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–
1
votes
0
answers
8
What to study & from where to study - Graph Theory for GATE 2019.
Are the following topics necessary/ apt to study for gate.(Bold items are explicitly mentioned in gate syllabus document) Connectivity Matching Coloring Cuts Covering Independent Sets Planar Graphs Isomorphism Walks, Trails, Paths, ... taking a lot of time. Can anyone please recommend a reliable and simple resource to go with.
Are the following topics necessary/ apt to study for gate.(Bold items are explicitly mentioned in gate syllabus document)ConnectivityMatchingColoringCutsCoveringIndepende...
Krishna Sai Vootla
2.0k
views
Krishna Sai Vootla
asked
Dec 29, 2018
Graph Theory
syllabus
engineering-mathematics
graph-theory
graph-planarity
graph-isomorphism
vertex-cover
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1
votes
1
answer
9
EET IITD
Churchill Khangar
615
views
Churchill Khangar
asked
Nov 23, 2018
Graph Theory
graph-theory
graph-connectivity
vertex-cover
+
–
1
votes
1
answer
10
Zeal Test Series 2019: Graph theory - Vertex Cover
is there any easy way to do this i did it by making equation,Mn+Ec=Vn, Vc+In=Vn
is there any easy way to do this i did it by making equation,Mn+Ec=Vn, Vc+In=Vn
Prince Sindhiya
466
views
Prince Sindhiya
asked
Nov 19, 2018
Graph Theory
zeal
graph-theory
vertex-cover
zeal2019
+
–
0
votes
1
answer
11
Discrete mathematics
Deepalitrapti
682
views
Deepalitrapti
asked
Oct 16, 2018
Graph Theory
vertex-cover
+
–
1
votes
0
answers
12
MadeEasy Test Series: Graph Theory - Vertex Cover
Vertex cover = Total vertex - Maximum independent set vertex cover = 8 - 3 = 5. In given answer Covering number is given as 4. I think it is given wrong please verify. Thank you.
Vertex cover = Total vertex - Maximum independent setvertex cover = 8 - 3 = 5.In given answer Covering number is given as 4. I think it is given wrong please verify. Than...
Hemant Parihar
494
views
Hemant Parihar
asked
Jan 29, 2018
Graph Theory
graph-theory
made-easy-test-series
vertex-cover
+
–
0
votes
1
answer
13
DISCRETE
The size of minimum vertex cover can be - (A) Smaller than the size of maximum matching (B) No smaller than the size of maximum matching (C) Cannot say
The size of minimum vertex cover can be - (A) Smaller than the size of maximum matching (B) No smaller than the size of maximum matching (C) Cannot say
ashutoshsharma
396
views
ashutoshsharma
asked
Sep 21, 2017
Graph Theory
vertex-cover
+
–
1
votes
1
answer
14
discrete
Given a maximum matching M, if we pick one endpoint of each edge in M, this form a valid vertex cover. TRUE FALSE
Given a maximum matching M, if we pick one endpoint of each edge in M, this form a valid vertex cover. TRUE FALSE
ashutoshsharma
1.1k
views
ashutoshsharma
asked
Sep 21, 2017
Graph Theory
vertex-cover
+
–
0
votes
1
answer
15
MadeEasy Subject Test: Engineering Mathematics- Graph Connectivity
vaishali jhalani
557
views
vaishali jhalani
asked
Jan 20, 2017
Graph Theory
made-easy-test-series
discrete-mathematics
graph-theory
vertex-cover
maximum-independent
+
–
4
votes
1
answer
16
TIFR CSE 2016 | Part B | Question: 10
A $vertex \: cover$ in an undirected graph $G$ is a subset $ C \subseteq V(G)$ such that every edge of $G$ has an endpoint in $C$. An independent set in $G$ is a subset $I \subseteq V(G)$ such that no edge has both its endpoints in $I$. Which of the ... $\mid C \mid \: \: \geq \: \: \mid V(G)\mid /2$ $C$ intersects every independent set
A $vertex \: cover$ in an undirected graph $G$ is a subset $ C \subseteq V(G)$ such that every edge of $G$ has an endpoint in $C$. An independent set in $G$ is a subset $...
go_editor
815
views
go_editor
asked
Dec 29, 2016
Graph Theory
tifr2016
graph-theory
vertex-cover
+
–
1
votes
2
answers
17
ISI2011-PCB-CS-3c
A vertex cover of a graph $G = (V, E)$ is a set of vertices $V' \subseteq V$ such that for any edge $(u, v) \in E$, either $u$ or $v$\ (or both) is in $V'$. Write a linear time algorithm to find the minimum vertex cover of a given tree $T$. Establish its correctness.
A vertex cover of a graph $G = (V, E)$ is a set of vertices $V' \subseteq V$ such that for any edge $(u, v) \in E$, either $u$ or $v$\ (or both) is in $V'$. Write a linea...
go_editor
601
views
go_editor
asked
Jun 3, 2016
Graph Theory
descriptive
isi2011-pcb-cs
graph-theory
vertex-cover
+
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