Differential Equations: Lecture 7.1 Definition of the Laplace Transform Part 2

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Thank you:)

[Conorstew]

Enthusiasm is the most effective way to transfer knowledge. Seriously, seeing you enjoying it and having a good time with the students made such a difference to me, what you are doing here on this channel is great, just great :) Thank you for making DE's fun to learn! (i just completed the entire playlist of lectures)

[MultiversalGoat]

Love the foreshadowing of the looming coronavirus threat approaching throughout the series.

[NehrinMirinRanjiba]

Hello Prof, I wish I could tell you how much your videos really helped me get through DE class over this Chaotic time of COVID. Thanks for keeping it so raw that gave me the feeling of seating in the class. Although I would love to get more videos from 7.2 and 7.3 and Fourier series. I understand this class setting videoes might have been stopped because of lockdown. But if recorded it, please post.
Thanks again

[nonamenosurname]

Sir, thank you for recording and uploading your lectures. Today I have an exam from Engineering Mathematics and I've watched your videos whole night!

[johubify]

Sir, I'm yet to watch this awesome video, will watch it in some time
But I commented before watching just to remind you that
TODAY IS π DAY!
Also, I am sorry as I was not able to comment due to my exams sir

[KSadan]

is there a 7.2 and a 7.3? Thanks for this whole playlist thanks.

[lorenzofransman]

Thanks for this playlist!

Question: Is this the complete content you'll be covering for DEs? At my university Fourier Series and Boundary-Value Problems in Rectangular Coordinates is included. Namely Chapter 11 (11.1 - 11.3) and Chapter 12 (12.1 - 12.3) of the textbook.

Take care,