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Machara Mathematics
Приєднався 3 лис 2011
This channel is dedicated for academic videos related to Mathematics.
Understanding Graphs: Vertices and Edges in Undirected and Directed Graphs
Learn the basics of graph theory!
In this video, we cover:
Graphs: What they are.
Vertices and Edges: Key components.
Undirected vs. Directed Graphs: Main differences.
Perfect for beginners in computer science and math. Like, comment, and subscribe for more!
In this video, we cover:
Graphs: What they are.
Vertices and Edges: Key components.
Undirected vs. Directed Graphs: Main differences.
Perfect for beginners in computer science and math. Like, comment, and subscribe for more!
Переглядів: 75
Відео
Lecture-6 (part-3/3) : Hamilton Paths Circuits
Переглядів 76Місяць тому
In this video, the concept of Hamilton paths/circuit is explained. Discussed sufficient conditions to find Hamilton paths/circuits. Watch the video for a clearer understanding through detailed examples and visuals. Don’t forget to like, share, and subscribe!
Lecture-6 (part-2/3) : Euler Path, Circuit in directed graphs
Переглядів 68Місяць тому
In this video, the concept of Euler path/circuit for directed graphs is explained. Discussed Necessary and sufficient conditions for the existence of Euler path/circuit. Watch the video for a clearer understanding through detailed examples and visuals. Don’t forget to like, share, and subscribe!
Solutions of Non Homogeneous Linear Recurrence Relations
Переглядів 231Місяць тому
Solutions of Homogeneous Linear Recurrence Relations: ua-cam.com/video/8pLsaLVgea4/v-deo.html This video explains how to solve non-homogeneous linear recurrence relations with constant coefficients, including finding characteristic equations and general solutions.
Lecture-6 (part-1/3) : Euler Path, Circuit
Переглядів 98Місяць тому
In this video, the concept of Euler path/circuit is explained. Discussed Necessary and sufficient conditions for the existence of Euler path/circuit. Watch the video for a clearer understanding through detailed examples and visuals. Don’t forget to like, share, and subscribe!
Lecture 5: ( part - 3/3): Strongly connected and weakly connected graphs
Переглядів 782 місяці тому
In this video, the concept of paths in the digraph is explained. Discussed strongly connected and weakly connecting graphs. Watch the video for a clearer understanding through detailed examples and visuals. Don’t forget to like, share, and subscribe!
Lecture-5 (Part-2/3) : Cut vertex and cut edges, finding no. of paths of length n
Переглядів 722 місяці тому
Lecture-5 (Part-2/3) : Cut vertex and cut edges, finding no. of paths of length n
Lecture - 5 ( part-1/3): Subgraphs, paths, circuits
Переглядів 802 місяці тому
Lecture - 5 ( part-1/3): Subgraphs, paths, circuits
Solutions of Homogeneous Linear Recurrence Relations
Переглядів 3332 місяці тому
This video explains how to solve homogeneous linear recurrence relations with constant coefficients, including finding characteristic equations and general solutions.
Lecture-4 (Part-2): Graph Isomorphism -2/2
Переглядів 1962 місяці тому
In this video, the concept of isomorphic graphs is explained using adjacency matrices. You'll see how two graphs can be determined to be isomorphic through their adjacency matrices with clear examples. Watch the video for a clearer understanding through detailed examples and visuals. Don’t forget to like, share, and subscribe!
Lecture- 4: Graph Isomorphism -1/2
Переглядів 1682 місяці тому
In this video, the concept of isomorphic graphs is explained with examples. Watch the video for a clearer understanding through detailed examples and visuals. Don’t forget to like, share, and subscribe!
Lecture-3: " Representation of Graphs: Adjacency and Incidence Matrices"
Переглядів 1062 місяці тому
In this video, we cover the representation of graphs using adjacency matrices and incidence matrices. We explain how to construct these matrices and provide examples for better understanding.
Lecture-2: Bipartite and Complete bipartite graphs Km, n
Переглядів 1522 місяці тому
Lecture-2: Bipartite and Complete bipartite graphs Km, n
Simplex Method LPP (Linear Programming Problem)
Переглядів 4257 місяців тому
Simplex Method LPP (Linear Programming Problem)
Finite Differences -2 ( Finding missing terms )
Переглядів 467 місяців тому
Finite Differences -2 ( Finding missing terms )
Finite Differences operator and Relation between operators
Переглядів 667 місяців тому
Finite Differences operator and Relation between operators
Numerical Optimization (Critical Points)
Переглядів 1957 місяців тому
Numerical Optimization (Critical Points)
Constrained Optimization (Lagrange multipliers and Analytical method)
Переглядів 2187 місяців тому
Constrained Optimization (Lagrange multipliers and Analytical method)
Newton Raphson Method and Iteration Method
Переглядів 1117 місяців тому
Newton Raphson Method and Iteration Method
Regula Falsi or False Position Method
Переглядів 357 місяців тому
Regula Falsi or False Position Method
Find eigenvalues and eigenvectors of the Matrix
Переглядів 3029 місяців тому
Find eigenvalues and eigenvectors of the Matrix
Good explanation sir please continue like this 😊
Tq
Tq sir
Very nice explanation Sir.Thank you Sir
thanks a lot sir, i have this in exam I hope to get your blessings
I wish you All the best 👍
Thank u so much sir
After finding a lot, my search is complete, and you explained the problem very well and it is easy to understand, thank you so much sir ✨
You are welcome!
Nothing is showing 😭
Yes it seems screen got struck, I will try to make one more video and I will post.
I understood everything, God bless youuuuuuuuu continuously 🥳🥳🥳🥳🥳🥳🥳🥳
Thank you sooooo mucchhhhhhh🥹🥹🥹❤️❤️❤️ God bless you for this explanation 🥹🙌🏾🙌🏾🙌🏾🙌🏾🎊🙌🏾🙌🏾🙌🏾🙌🏾🙌🏾🙌🏾🙌🏾
Thank you 😊
Thank you sir🙌
Super explanation Sir
Thanks and welcome
Inplace of 6(y-2) in Hessian matrix is 6(y-3)
So the diagonal of hessian matrix will be 2 and 0 right?
That's a crystal clear explanation sir 👏👏🙌
This is the best explanation I have found so far. It feels so easy now. Thanks! 🎉
Excellent video sir..
very nice explanation sir, thanks a lot
Thank you and welcome 🤗
thanks sir crystal clear explanation
you are the best
Thank you, keep watching
Unit eigen value explanation plz.?
Vector of length 1 is called unit vector. We write U and V matrices with eigen vectors of length one they are called unit eigen vectors. Example : we obtained ( 1, 1) as an eigen vector, but it is of lenth √2. Here Unit eigen vector will be (1/√2, 1/√2).
Why we choosed in sigma the values of u not v?
Singular values are the square root of eigenvalues which are common to both U and V. Here 10 and 12 are the common eigenvalues of U and V.
Have u watched the master movie ur are the real life master man. U haven't skipped a single step. And ur explanation is crystal clear ❤😎thee thalapathy . A lots of Love from odisha.
Thank you very much for the nice words ❤️. I wish you all the best.
Very good explanation thanks naidu sir
thanks a lot sir
Life saving lecture
Best and precise explaination sir ❤❤
Thank you
Hai sir, I didn’t understand unit eigen vector.
Hi, Eigen vector of length one is an unit eigen vector. To find it take the eigen vector and find its length then multiply eigen vector with (1/it's length).
*promo sm*
Amazing explanation sir
Thanks and welcome
Really nice explanation sir
Thanks and welcome
To the point explaintaion.... great teacher indeed
🥰🥰
Thank you sir
Thank you sir...
great video sir, thank you.
Super question paper sir We are expecting same for future also......
You missed h^2 in 23:35 you only write h
Thank you for finding error. I missed to write power 2.
Thanks sir
There is asking only singular value decomposition at which step we can stop that problem??
18:58
Sir, Probability lectures Anni playlist pettandi
Helpful 🥳
Excellent 👌
+1
In A(transpose)Ax=A(transpose)B...instead of (0,1,-1) you have taken (0,1,1) sir
Yes, you are correct. Let us assume that the last point is (3,1) instead of (3,-1), then it will be fine.
Hi sir Good to see you here sir 🥳. This series of videos will help many students like me. Thank you for helping us.
Thank you Jyotsna, It's my pleasure.
Sir video is not playing with respect to audio sir
👏👏👏
Nice sir