I have only a 2 year degree and Associate Degree in Electrical/Electronics Engineering Technology and have worked as a Space Laboratory Engineering Technician for Lockheed Aerospace Environmental Testing Laboratory for 17 years, and have worked with all types of Engineers and learned a lot from them, and now I am retired and still learning these advanced conceopts the WHY'S OF PHYSICS / ENGINEERING and Mathematics. Thank You Professor Jason.
you are the amazing teacher .. i am the starting of my masters, i was very much scared about my advanced mathematics paper. but you made me easy. thank you so much.....
Have not been to a single lecture or practical this year for my bachelors in engineering. Watching all your videos on Laplace transform helped me pass mathematics with 61%. I thank you sir.
i don't know how can i thank you enough ,,, ty mr jayson you are an excellent teacher i have been struggling with laplace for too long till i found you
The list of the right is not required if the constant in the denominator is missing you can added and devide it outside the inverse laplace Inv laplace of 1/(s^2+B^2) =(1/B) Inv laplace of B/(s^2+B^2) =(1/B) cos(Bt)
For inverse laplace for the third case(L[t^n]), can we put the n! Or any constant in the numerator outside the inverse laplace and turn the numerator of the function into 1, then after getting the inverse simply multiply the original constant to the obtained time domain function?
nice work on the laplace transforms so far, do you have a similar course on Fourier transforms? I admit i´ll never really use it, us chemists are happy to know our computers handle that (NMR spectroscopy works by fourier transforming the signal if I recall correctly. Well modern NMRs do) but I´m teaching basic maths for Chemists atm and why do we deal with Taylor series? because that´s what our calculator does, and we need to know what happened if the calculator spits out garbage (plus Taylor series are a powerful tool to describe unknown functions) So I can´t on one hand tell the first years "we need to know that, we can´t be complacent just because we have tools that do the heavy lifting for us" and be complacent because I have tools that do the heavy lifting for me^^ It just seems a bit hypocritical.
I have only a 2 year degree and Associate Degree in Electrical/Electronics Engineering Technology and have worked as a Space Laboratory Engineering Technician for Lockheed Aerospace Environmental Testing Laboratory for 17 years, and have worked with all types of Engineers and learned a lot from them, and now I am retired and still learning these advanced conceopts the WHY'S OF PHYSICS / ENGINEERING and Mathematics. Thank You Professor Jason.
The only teacher I have understand from laplace
You said it!!!!
Better instruction on the subject than I got 20 years ago in university differential equations. You're an awesome instructor.
you are the amazing teacher .. i am the starting of my masters, i was very much scared about my advanced mathematics paper. but you made me easy. thank you so much.....
Have not been to a single lecture or practical this year for my bachelors in engineering. Watching all your videos on Laplace transform helped me pass mathematics with 61%. I thank you sir.
Mr andreideeu for any mini project aur assignment contact please
Yes this is awesome. Thanks so much
The practicality you show up in this concept is literally awesome.
i don't know how can i thank you enough ,,, ty mr jayson you are an excellent teacher i have been struggling with laplace for too long till i found you
you are the best lecturer....i now understand this more than i did with my lecture in the university...you are phenomenal....thank you MR JASON❤
Welcome!
This guy is a great teacher.
I've been looking for this type of a teacher.....I've really understood Laplace transforms
I understand from you more than i do from my Professor at the University 😍😅
Thanks so much,I really appreciate your work,I'm so happy that I did understand the Laplace transform ,thanks to you.
we love you mr.JASON!!!
The list of the right is not required if the constant in the denominator is missing you can added and devide it outside the inverse laplace
Inv laplace of 1/(s^2+B^2) =(1/B) Inv laplace of B/(s^2+B^2) =(1/B) cos(Bt)
Check your second step
this saved me a lot of time ❤❤❤
best videos of Laplace out there thank you!!!
Wished you were my teacher for calclus in 1961 in Ann Arbor but you'd be approximately 109 years old now.
Thank you very much sir!!!so clear and useful,i have learn and understand a lot!!!!!
really man you made laplas soo easy to understand....
thank you so much you explain math so easily
For inverse laplace for the third case(L[t^n]), can we put the n! Or any constant in the numerator outside the inverse laplace and turn the numerator of the function into 1, then after getting the inverse simply multiply the original constant to the obtained time domain function?
Laplace is an integral!! 😱Mind blown!!!!
nice work on the laplace transforms so far, do you have a similar course on Fourier transforms? I admit i´ll never really use it, us chemists are happy to know our computers handle that (NMR spectroscopy works by fourier transforming the signal if I recall correctly. Well modern NMRs do) but I´m teaching basic maths for Chemists atm and why do we deal with Taylor series? because that´s what our calculator does, and we need to know what happened if the calculator spits out garbage (plus Taylor series are a powerful tool to describe unknown functions) So I can´t on one hand tell the first years "we need to know that, we can´t be complacent just because we have tools that do the heavy lifting for us" and be complacent because I have tools that do the heavy lifting for me^^ It just seems a bit hypocritical.
you are a fantastic teacher!God bless you
Pressed that Like button on every single one of the videos!
✍️ well done
Clearly elaborated
love your playlist.you are the best ...... very helpful
I think the numerator for the inverse of the Laplace for Sin B should be B instead of 1.
Thankyou Sir!
2:27 I thought he is telling someone to do own business :P
Hot thanks from Egypt ♥️♥️♥️✨
I understand the time domain but never understood what the 's' domain stands for.......is it a definite parameter or just an abstraction?
it is frequency domain
Thankyouu so much! I have learned a lot! :")
👍
Nice explanation
Thank U Mr Jason
wow this much easier with you
Thank you so much sir
Thanku sir 💖🙏
3:16
thank you sir
Puneet bhai table tennis khelne aoge?
❤❤❤
Nice nice
thankx alot
padayon daw siya study oh
Wow the ratio of likes to dislikes is 305!