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NPTEL - Indian Institute of Science, Bengaluru
India
Приєднався 10 кві 2018
Відео
Lec 05 Matrix Operations, Homogeneous system of equations
Переглядів 2518 годин тому
Lec 05 Matrix Operations, Homogeneous system of equations
Lec 04 Matrix Operations, Homogeneous system of equations
Переглядів 818 годин тому
Lec 04 Matrix Operations, Homogeneous system of equations
Lec 03 Some Interpretations to solutions of system of linear equations
Переглядів 1718 годин тому
Lec 03 Some Interpretations to solutions of system of linear equations
Lec 02 Geometry of System of linear equations - Straight lines andplanes, Matrix Definitions
Переглядів 2018 годин тому
Lec 02 Geometry of System of linear equations - Straight lines andplanes, Matrix Definitions
Lec 01 Introduction to Linear Algebra and Matrices
Переглядів 43818 годин тому
Lec 01 Introduction to Linear Algebra and Matrices
Lec 10 Longitudinal wave propagation in a rod
Переглядів 1422 години тому
Lec 10 Longitudinal wave propagation in a rod
Lec 09 The one-D wave solution: physical insights
Переглядів 922 години тому
Lec 09 The one-D wave solution: physical insights
Lec 08 The forced finite string with an end mass
Переглядів 422 години тому
Lec 08 The forced finite string with an end mass
Lec 07 The vibrating string with a general mechanical impedance
Переглядів 522 години тому
Lec 07 The vibrating string with a general mechanical impedance
Lec 06 Wave solution: real notation vs complex notation
Переглядів 422 години тому
Lec 06 Wave solution: real notation vs complex notation
Lec 05 General solution to 1-D wave equation: physical insights
Переглядів 522 години тому
Lec 05 General solution to 1-D wave equation: physical insights
Lec 04 Examples of waves on strings: finite and semi-infinite cases
Переглядів 722 години тому
Lec 04 Examples of waves on strings: finite and semi-infinite cases
Lec 02 Power calculations in a vibrating spring-mass-damper system
Переглядів 822 години тому
Lec 02 Power calculations in a vibrating spring-mass-damper system
Lec 01 The vibrating spring-mass-damper system
Переглядів 3523 години тому
Lec 01 The vibrating spring-mass-damper system
Great course!
You can be an universitary student studying everything in every part of the world, there will always be an indian skilled guy saving you 🇮🇳 thanks so much!
I couldn't quite get thr correct idea here
What's the whiteboard software used to write on ?
What's the whiteboard software used to write on ?
What's the whiteboard software used to write on ?
What's the whiteboard software used to write on ?
What's the whiteboard software used to write on ?
What's the whiteboard software used to write on ?
What's the whiteboard software used to write on ?
What's the whiteboard software used to write on ?
😊 first comment
What's the white board software called that is used in the video ?
Thank you for sharing your knowledge, Sir! These videos have been really helpful. May I ask where can I find the slides?
This is the best explanation I've seen on this topic so far. Such a wonderful lecture. Thank you.
It's a great course for learning manifolds. Thank you! ;)
🙏
🙏
❤
It can be easily saying that FETs are transistors which controlled by voltage.
Sir, you are overall good. However, you too fast and sometimes you have too much confusion in process of explaining something in the lecture.
19:08 electron will move in opposite direction as given on board
HI nice classes. Could you tell what is the app you are using to write? Thanks.
Very awesome thanks madam
This is great thanks madam
Best of the best
In this circuit main thing inductor is not present that is balancing the reactive power that flow from capacitor . Inductor is missing which can be applied on source or Load side . All thing is OK .Professor .🙏🙏
This professor has terrible skills in teaching. Praying for the students who chose his subject. I can't believe these kinds of faculties are teaching in IISc. That's why students are committing suicide.
your teaching method is toooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo bakwas 😡🤬
thank you so much
Can you share the code please
GOOD lecture. impressive
Error in slide 15 (timestamp 40:49). The fourth term(r2c12f2y) in equation 4 is missing a negative sign.
Thanks for your teaching!
Very informative. Thank you
Sir we actually did all these derivations considering forward biased if we check from the last video, how come using (total J) equation found using forward conditions can we apply and get the V-I graph of reverse biased as well???
Who reads Quantum mechanical tunneling in high school physics?
8:19 I think the slope will be V naught/L only for second cycle since V naught is already negative
Lot of mistakes
18:26 Are delta V and V naught the same?
it is very hard
Why did we put glass?
We can only analyze the 2D deformations using DIC (Plane strain) because we are taking 2D pictures, so if we don't put glass then material will deform in 3rd direction then we won't get good results.
Thanks. At the time point 15:31 I have doubt. Left Side Bottom. 5 Ws with subscript and superscript. The top line with e to the power. The power contains the term (N/2). Was that intentional? I would predict (2/N).
Nice presentation .
Thank you so much sir
Namaskara Sir 🙏🙏🙏
prof i am from morocco and looking forward to your course , this is fire 🔥
it is very hard...
That's what your mom said to me
Love it. So useful.. Looking for more courses, I subscribed already
Your lecture is easy to understand. At 18:55 (slide no. 52), could you explain the equation (82) a little bit more? Why does "2" appears in this equation? Thank you very much.