First off, thank you, this helps in my E&M class, second, I am going to school to teach physics, how on Earth do you produce a video like this? what software do you use and how did you get the board to do that???

Is this not the Newton-Raphson method? Raphson worked on the method before Newton.

10:50 Why does the spacing increases by a factor of two every time our number moves up by a factor of two pls ? How is it related to the exponent ?

Thanks a lot Jeff🔥

exactly what i was looking for, thank you so much!

Thank you🥳

The force on mass 2 should be -kx2+K(x2-x1) right?

Claro y conciso. Excelente.

This guy says homogeneous like he is talking about Alan Turing.

I'm greateful

Really helpful for a quick review of matrix algebra. An explanation that is both deep and easy to understand.

Thabk you sir. Helped a day to my exam😊

If i had this same triangular wave but instead of being 1 at 0 it was 0 at 0 (so it would be a sine equivalent rather than a cos equivalent wave), is there an easy way to convert this?

great video, thanks!

I am able to make the beauty using golden spiral

Thank you for the great video! Is it possible for all the polynomials to be the same even when there are lots of dots to connect and one condition for all of them (say yi=xi^2)? Thanks!

Is this the same as the Newton Raphson Iterativ System? Thanks

Does this also mean LeftNull(A) & Col(A) are also orthogonal complements? Do they span all mx1 matrices?

Maitabasa mudzidzisi.

Maitabasa mudzidzisi. 👏

the scrachy noise made by marker pen writing on the glass scared the s**t out of me.... I thought there's sth going wrong with my laptop

Sir, in previous lectures you mentioned about downloading MATLAB,where can I download and use MATLAB? Thanks for your information, Kamal.

❤

Mike Ehrmantraut if he didn't become a hitman.

No of videos : 76 Average length of video : 9 minutes, 44 seconds Total length of playlist : 12 hours, 20 minutes, 34 seconds At 1.25x : 9 hours, 52 minutes, 27 seconds At 1.50x : 8 hours, 13 minutes, 42 seconds At 1.75x : 7 hours, 3 minutes, 10 seconds At 2.00x : 6 hours, 10 minutes, 17 seconds

No of videos : 76 Average length of video : 9 minutes, 44 seconds Total length of playlist : 12 hours, 20 minutes, 34 seconds At 1.25x : 9 hours, 52 minutes, 27 seconds At 1.50x : 8 hours, 13 minutes, 42 seconds At 1.75x : 7 hours, 3 minutes, 10 seconds At 2.00x : 6 hours, 10 minutes, 17 seconds

You are an amazing help sir. Thank you for taking the time to make this video to teach others like me.

Thanks

The only thing that I could not understand in the lecture is how PA=(PI)A makes things simple?

Can i send you the code? Thanks for this course, it's awesome

I want to thank you for making these lectures available to the public. High quality material explained clearly.

Thanks you for beautiful lecture sir

It's not clear what is the non-parametric equation for the line when one of the components of u is zero, like this example.

Thank you🎉

🎉🎉🎉🎉yes

Yes🎉

This video really solve my confusion about how to write the product of two Levi Civita symbols as a determinant.

Does this guy write backwards on his board for us or...?

So clear, thank you!

thanhs💝

Thank you sir, very useful method

I was hoping if you could explain what Hamilton meant by the square point and how the allure thereof led him to make his subsequent assumptions.

From Numerical analysis methods to linear algebra you've saved me . Thanks so much for your hard work !!

very helpful. Allowed me to reason about the answer to a question in my problem set.

This video? I still didn't understand... It is only clear that red is real and blue is the imaginary part of the solution. Black is the absolute part. But the solution should be a hermite function for a certain value of energy, which is clearly not the case. Why the width of the black curve is like this is unclear... At least initial conditions are unclear...

Thanku so much sir for your crystal clear explanation

What are the red and blue curves? Where does this Gaussian bell come from by overlapping many energy levels of harmonic oscillator?

Is he literally writing at the back of a transparent board (in reverse)? 🤯

Can you do a video on the method of Cholesky, which is faster than Gaussian elimination

I have computerised this a number of times, and arranged for all the pivots to be 1, to facilitate back substitution.