Graph Theory|A simple graph with n vertices must be connected if it has more than (n-1)(n-2)/2 edges

MA25C08 | MA3354|Discrete Mathematics| Graph Theory| A simple graph with n vertices must be connected if it has more than (n-1)(n-2)/2 edges 3rd Sem Reg 2025: Discrete Mathematics(MA25C08): Unit 1:   • MA25C08-Discrete Mathematics(Unit 1):Set T...   Unit 2:   • MA25C08- Discrete Mathematics(Unit 2): Logic   Unit 3:Unit 3:   • MA25C08-Discrete Mathematics(Unit 3): Bool...   Unit 4:   • MA25C08-Discrete Mathematics(Unit 4): Grap...   3rd Sem Reg 2021:Discrete Mathematics(MA3354): Unit 1:    • Discrete Mathematics (unit-1) - Logic and ...   Unit 2:    • Discrete Mathematics(Unit-2): Combinatorics   Unit 3:    • Discrete Mathematics(Unit 3): Graph Theory   Unit 4:    • Discrete Mathematics(Unit 4): Algebraic St...   Unit 5:    • MA3354 -Discrete Mathematics(Unit 5): Latt...   2nd Semester R-2025: Linear Algebra(MA25C02): Unit 1:    • MA25C02- Linear Algebra - Unit 1: Vector S...   Unit 2:    • MA25C02(Unit 2): Linear Algebra   Unit 3:    • MA25C02(Unit 3): Inner Product Spaces   Unit 4:    • MA25C02(Unit 4): Matrix Decomposition   1st Semester Maths R-2025:Applied Calculus(MA25C01): Unit 1:    • MA25C01(Unit 1)- Differential Calculus   Unit 2:    • MA25C01(Unit 2): Functions of Several Vari...   Unit 3:   • MA25C01 | Applied Calculus (Unit 3) | Inte...   Unit 4:   • MA25C01-Applied Calculus(Unit 4): Multiple...   Transforms and its Applications(MA25C03): Unit 1:    • MA25C03(Unit 1): Laplace Transform   Unit 2:    • MA25C03(Unit 2): Z- Transform   Unit 3:    • MA25C03(Unit 3): Fouries Series   Unit 4:    • MA25C03(Unit 4): Fourier Transform   Matrices and Calculus Unit-1:    • MA3151(unit 1): Matrices and Calculus-Matr...   Unit-2:    • MA3151(unit 2):Matrices & Calculus- Differ...   Unit-3:    • MA3151(unit 3):Matrices & Calculus - Funct...   Unit-4:    • MA3151(Unit 4) - Matrices and Calculus | I...   Unit-5:    • MA3151(unit 5):Matrices & Calculus | Multi...   2nd Sem Maths: Statistics & Numerical Methods Unit 1:    • SNM- MA3251 (Unit 1): Testing of hypothesis   Unit 2:    • SNM -MA3251(Unit-2)-Design of experiment   Unit 3:    • SNM-MA3251(Unit-3): Solution of equations ...   Unit 4:    • SNM (Unit-4) -Interpolation, Numerical dif...   Unit 5:    • SNM(Unit-5) - Numerical solution of ordina...   3rd Sem Maths: Random Processes and Linear Algebra(MA3355): Unit 1:   • RP & LA(MA3355) Unit-1: Probability and Ra...   Unit 2:   • RP&LA(Unit 2): MA3355- Two Dimensional Ran...   Unit 3:   • RP&LA(Unit 3): MA3355 - Random Processes   Unit 4:   • RP&LA(Unit 4): Vector Spaces   Unit 5:   • RP&LA (Unit 5): Linear Transformation and ...   3rd Sem Maths: Transforms and Partial Differential Equations(MA3351): unit1:    • TPDE- MA3351(unit1): Partial Differential ...   unit 2:   • TPDE-MA3351(unit2): Fourier Series   Unit 3:    • TPDE - MA3351(Unit 3): Application of Part...   Unit 4:   • TPDE- MA3351 (Unit 4): Fourier Transform   Unit 5:    • TPDE - MA3351(Unit 5) : Z Transform   MA3391 Probability and Statistics Unit 1:   • MA3391(Unit 1)-PROBABILITY & STATISTICS   Unit 2:    • MA3391(Unit 2): Probability and Statistics   Unit 3:   • MA3391(Unit 3):Probability & Statistics- E...   Unit 4:    • MA3391(Unit 4): Non Parametric Test   Unit 5:    • MA3391(Unit 5)-Probability & Statistics: S...   MA3303:Probability and Complex Functions Unit 1:   • MA3303(Unit 1): Probability and Complex Fu...   Unit 2:    • MA3303(Unit 2):Probability and Complex Fun...   Unit 3:    • MA3303(Unit-3)- Probability and Complex Fu...   Unit 4:    • MA3303 - Unit 4: Complex Integration   Unit 5:    • MA3303(Unit 5):Probability & Complex Funct...  

Graph Theory | A simple graph with n vertices and k components can have atmost (n-k)(n-k+1)/2 edges
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Graph Theory | A simple graph with n vertices and k components can have atmost (n-k)(n-k+1)/2 edges

Why is pi here?  And why is it squared?  A geometric answer to the Basel problem
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Why is pi here? And why is it squared? A geometric answer to the Basel problem

Theorem - Maximum Number of Edges in Simple Graph is n(n-1)/2 | By :- Harendra Sharma
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Theorem - Maximum Number of Edges in Simple Graph is n(n-1)/2 | By :- Harendra Sharma

Graph is Euler circuit or Euler path/Graph Theory/Discrete Mathematics
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Graph is Euler circuit or Euler path/Graph Theory/Discrete Mathematics

Graph Theory | If G is a self-complementary simple graph with n vertices, then n ≡ 0 or 1(mod 4)
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Graph Theory | If G is a self-complementary simple graph with n vertices, then n ≡ 0 or 1(mod 4)

#9 A Simple Graph with n vertices and k components can have at most (n-k)(n-k+1)/2 edges | TAMIL
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#9 A Simple Graph with n vertices and k components can have at most (n-k)(n-k+1)/2 edges | TAMIL

Show that the simple graph G with n vertices is connected if it has more than (n-1)(n-2)/2 edges
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Show that the simple graph G with n vertices is connected if it has more than (n-1)(n-2)/2 edges

Introductory Calculus: Oxford Mathematics 1st Year Student Lecture
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Introductory Calculus: Oxford Mathematics 1st Year Student Lecture

Euler`s Formula in Graph Theory proof | Discrete Mathematics | Ganitya
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Euler`s Formula in Graph Theory proof | Discrete Mathematics | Ganitya

Graph Theory |A connected graph is Euler graph if and only if each of its vertices is of even degree
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Graph Theory |A connected graph is Euler graph if and only if each of its vertices is of even degree

Euler Formula with Proof in Graph Theory | By :- Harendra Sharma
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Euler Formula with Proof in Graph Theory | By :- Harendra Sharma

Tamil Love Hits | Harrish Jayaraj hits | Melody songs | Romantic love Songs
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Tamil Love Hits | Harrish Jayaraj hits | Melody songs | Romantic love Songs

God Says:"MY CHILD, I NEED TO SEE YOU URGENTLY!"/God Message Now/God Message
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God Says:"MY CHILD, I NEED TO SEE YOU URGENTLY!"/God Message Now/God Message

All 7 Dimensions Explained in Detail (From 0D to Infinity)
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All 7 Dimensions Explained in Detail (From 0D to Infinity)

What are Complete Bipartite Graphs? | Graph Theory, Bipartite Graphs
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What are Complete Bipartite Graphs? | Graph Theory, Bipartite Graphs

Smooth-Maximum, the most useful function
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Smooth-Maximum, the most useful function

MA25C08 | MA3354 | Graph Theory in Tamil | Eulerian and Hamiltonian Graph Introduction in Tamil
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MA25C08 | MA3354 | Graph Theory in Tamil | Eulerian and Hamiltonian Graph Introduction in Tamil

MA8351| DISCRETE MATHEMATICS| UNIT-3| VIDEO-5|THE MAX. NUMBER OF EDGES IN A SIMPLE GRAPH IS n(n-1)/2
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MA8351| DISCRETE MATHEMATICS| UNIT-3| VIDEO-5|THE MAX. NUMBER OF EDGES IN A SIMPLE GRAPH IS n(n-1)/2

A graph is bipartite if and only if it contains no odd cycles | Graph theory | theorem 1.2 | tamil
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A graph is bipartite if and only if it contains no odd cycles | Graph theory | theorem 1.2 | tamil