I usually watch the organic chemistry tutor but he didn't have a video on this so I took a chance with you and I'm so pleasantly surprised. You explained this so well---thank you!!!
Wow great job Dr. Bazett!! I like that you seem generally interested in teaching, really helps to keep engaged, thank you thank you!! And explaining it in such a small amount of time! :)
Professor Bazett, thank you for the video/lecture on Autonomous Equations, Equilibrium Solutions and Stability. These are powerful tools in Ordinary Differential Equations.
My crazy econ prof tried to teach this whole course within 3 weeks. last week we were talking about phase diagrams, now we are finishing calculus variation and optimal control theory? How can he expect us to learn so many things in so little time? I don't even fully understand how to solve systems of linear equations! But I do find your textbook helps, Laplace transformation seems to be able to solve some special optimal control problems quite effectively.
I was following this course. But i missed the video and i wanted to tell you about this topic. But when i look at the playlist i found you already made this😌😌.
Am I write in my understanding that non-autonomous functions cannot have equilibrium solutions? For example, something like dy/dx = y * f(x) (here dy/dx = 0 when y = 0). And this is because as I take higher derivatives of dy/dx, my higher derivatives will not be guaranteed to be 0 because they are not independent of x.
Have you ever noticed that these videos invariably have the comment: "You explained in 10 minutes what my lecturer couldn't explain in an hour"? It's kind of unremarkable since your lecturer is just who you've got to teach you at uni. This bloke here is a fantastic communicator. It's hardly surprising that your lecturer isn't able to communicate like the best from the internet.
This video legit explained in 10 minutes what my lecturer couldn’t explain in an hour.
my lecturer = semester
lol facts
😂
And I saw it on 1.5 x
After 8-9 years of youtube studying, this might be in my top 10 list in terms of quality
You helped me in calc 3 and now you're here to save me in diff eqs. Thank you
nice, glad you made it through calc 3:)
update?
I usually watch the organic chemistry tutor but he didn't have a video on this so I took a chance with you and I'm so pleasantly surprised. You explained this so well---thank you!!!
I can't imagine a world without you teacher!
haha thank you!
Dr. Bazett, thank you for explaining this concept in such an easy and concise way
Wow great job Dr. Bazett!! I like that you seem generally interested in teaching, really helps to keep engaged, thank you thank you!! And explaining it in such a small amount of time! :)
Great lecture. Sir I have taken calculus 3 and calculus 4 course from your chanel. Your videos are amazing.
No way did you explain this better than my professor in a quarter of the time! Thanks so much
very nice and short explanation, thanks
Thanks!
Thank you, really appreciate that!
That was a rock star explanation! Thank you !
Thank you Sir for this explanation. It was so much clearer than anything my professor taught.
Brilliant Explanations. Help me quickly understand the stable and unstable equilibrium solutions. THX!
"then you wouldn't change and so forth" that was the final piece that made everything click in my head
Very fundamental explanation Sir thanks a lot!
excellent explaination thanks dr. bazzet
Realle really good exposition! Congratulations
Professor Bazett, thank you for the video/lecture on Autonomous Equations, Equilibrium Solutions and Stability. These are powerful tools in Ordinary Differential Equations.
I have more examples like this on my channel if you want more practice!
Looking fabulous with sparkling hair (2:10)
Great explaination Dr
Great Explanation! It helped me so much. You're amazing.
Great video, thank you! We need MORE stability analysis! XD
Definitely! It will be quite a theme through this course
Thank you so much for this crystal clear explanation
2:15 Could you make a video teaching us how to make this slope field on Geogebra?
Look up the SlopeField function in the "Functions & Calculus" section of the Geogebra functions.
My crazy econ prof tried to teach this whole course within 3 weeks. last week we were talking about phase diagrams, now we are finishing calculus variation and optimal control theory? How can he expect us to learn so many things in so little time? I don't even fully understand how to solve systems of linear equations!
But I do find your textbook helps, Laplace transformation seems to be able to solve some special optimal control problems quite effectively.
That’s....a lot.
Great as usual 😁😁
Thank you! Cheers!
Great series!
Thank you!
Excellent explanation! ✌
Actually the generic first order diff eq is of the form F(x, y, dy/dx) =0 for some function F. The equation dy/dx=f(x, y) is separable in y
Great lecture❤❤❤
Love your videos
Great video
Thank you so much for your great explanations! Can autonomous equations only be first order ODEs?
Brilliant video!
Glad you liked it!
Well explained sir
My book had a sidenote in the text...it was not HELPFUL AT ALL!!!! thank you
Sir, which software, you are using for drawing differential equation? really very nice software this is.
Desmos, it is free!
Thanks a million!
very helpful, thanks!
Glad it was helpful!
awesome video sir :)
Thank you!!
Loving it
Thanks Doctor
I was following this course. But i missed the video and i wanted to tell you about this topic. But when i look at the playlist i found you already made this😌😌.
Glad you found it!
good explanation
plz make stability theory playlist🙏
Legend! Thanks!
Wonderful!
Another great video.
Always wanted this😍
Great vid
neatly explained, thanks!
Always awesome
How can we talk about the stability analysis of the critical point of higher order differential
so helpful, thank you :)
ur a genius. u need a million followers.
Can you please suggest the best text book for Probability and Random variables.
Thank you
Am I write in my understanding that non-autonomous functions cannot have equilibrium solutions? For example, something like dy/dx = y * f(x) (here dy/dx = 0 when y = 0). And this is because as I take higher derivatives of dy/dx, my higher derivatives will not be guaranteed to be 0 because they are not independent of x.
Trefor,may I know if I can say “The y becomes the independent variable”?
I have more examples like this on my channel if you want more practice!
what application did you use tom plot that slope field
thnxs prof
Wish I saw this video when I was learning control system. damn
Nice sir
Please can you do a course on numerical methods.
Have you ever noticed that these videos invariably have the comment: "You explained in 10 minutes what my lecturer couldn't explain in an hour"?
It's kind of unremarkable since your lecturer is just who you've got to teach you at uni. This bloke here is a fantastic communicator. It's hardly surprising that your lecturer isn't able to communicate like the best from the internet.
Can you help me in mmp through notes or video
Sir you should teach on skillshare.
Great video! But why is your hair sparkling?
goated, thanks for the help
subscribed on 13 June 2023.
independent
🔥🔥🔥
/mk paarimttr 4''in x 4''in where DC'(dead center)= 3''in dbl speres(diamsz) /
/channel Aarr'ttz' runs 360deg surround SDR orbitsz in temporized LiiiFT system /
/which spins r'Mx''' hover camsz u Pe'' 90deg half mast omni thermal / infrared 6''in volt net EXT /
/create reflexives clip boards int=multi copies - carbon(C'''volts inches) channel Aarr'ttz' /
/create a turbo fan - locator - of DC' for - release of spinners - and re-GRP - by temporized frqsz /
Thank you