Great 💯👍😇

At 54:26 the final Mn (number average mol. wt.) is evaluated wrong. It is 132,825 g/mol (=2750*48.37 g/mol) and not 2418.33 g/mol

Also at 2:57, the definition of Number average mol. wt. is wrong: the RHS should be Avg. chain length * M_w_monomer_unit

At 2:57, shouldn't the chain length be on the X-axis and the frequency be on the Y-axis? Then the graph would help identify the most frequent chain length.

It made sense until dTheta and dPhi seemed flipped when calculating the area of dS, both as written and spoken. I am likely in error, but could you nevertheless please slow down with the derivation itself? Thank you, Sir

O MyGod. This is just the intro video, I am yet to waych the actual lessons. But this one feels like just what I need now. Thank you!

I have Microsoft 365. When I click on the blue link for any formula argument, nothing happens. Any idea why or what I can do to change this? I'm not sure if there's something in settings for this.

Great video sir

bruh slow down

ur vids really helping me in revising for numerical methods final...

I really appreciate this video. finding answers elsewhere was pretty confusing, I like how you explained it!

It's interesting that in the natural cubic spline solution, the plant initially shrunk below zero, and also shrunk slightly before the final measurement. This leads to the question of what would be reasonable clamping values for the endpoints. The rather extreme clamped curve presented what I've nicknamed "ringing" in the curve. How feasible is it to set boundaries without "clamping" the curves? IE: the plant size can never go below zero, and can never shrink. I guess that might take multiple trials or iterations, so I'm thinking some form of machine learning would be able to fit a curve to those constraints. But then how would ringing in the curve be represented in the "cost" function for the solver?

Having worked in various 3d NURBS design software packages (as an end user, not as a programmer) it's driving me nuts to see that first section with zero curvature. I think about how the "curvature combs" would look in a program like Alias Studio. I originally wrote, asking you how this scales to cubic interpolation, and if cubic would be sufficient to achieve curvature continuity, but then after posting my question KZfaq suggested your video on exactly that topic. For a non-mathematician who loves to mess around with this stuff, your videos are fantastic! Many thanks for your work here.

Really amazing video. Thanks a lot :)

2 hours class in 5 minutes, thank you

Most undertreated channel. Having math videos straight to the bit in super small bites is amaaaaaazing. I hope you add more math videos in the future. A linear Algebra one would be outstanding!

Welldone

Welldone

Only in ggogle sheet not in Microsoft excel

Not exist in 365 office . Where can i find it ?

Thank you!

thank you so much bro. if I could leave 1,000 likes I would

Bro this is crystal clear. Thank you so much for help

Sir, I do have a problem after following steps as video show. After studysession activate and click run button, it shows the error " NameError: name 'Tk' is not defined".

hey, do i need to repeat this process whenever i want to start a new project or i want to use pandas

Thanks, very clear explanation

thank you!

The answer's wrong, also mistakes in the code. That's sad you are misleading people. You must double/triple check before publishing. A lot of useless variables, => memory loss. For example variable j = I - 1 Is not used at all.

Thank u so much sir

can i use solving ODE?

Great video but I think the derivation is fundamentally wrong. The derivation you used doesn't apply to any 2 points, but rather only 2 points -a and a. Your derivation of the formula hinges on the fact that the two points are negative m and m, you should generalize it for any 2 points by taking it as a, b and (a+b)/2 .

at column 2 row 2 i think he forgot to write divide by 12

greatest numerical methods course on youtube, great job

🎉🎉

It was so useful. Thanks for making this video :)

Thanks a million.hats off for your wonderful work❤ keep posting useful content for us

Thank you for the wonderful video.

You're awesome 🤩

thank you❤

this will install pytorch without gpu!

Thanks a ton! You saved my internship interview fr. I don't know why my project was acting up last min but your vid saved the day 🌟

so helpful tanks

Shhhh bro, vid is 3 yo and you still saved my a$$

Man you talk way too fast to be understand

Great explanation, unfortunately you can't take the output of a formula and pass it into abs

Wow this was insanely helpful! Thanks!!

TO EVERYONE dealing with the issues at 6:41 make sure to have the docker application opened in the back. Also on the upper part of docker there was a banner in my case saying there were some changes that were made and I clicked on it to acknowledge it and then went back to X to continue with the video and had no issue. Not sure if this is helpful but it worked in my case, be very careful with missing letters as that was an issue for me.