Energy Signals Neso Academy - full episodes downton abbey

Thứ Hai, 18 tháng 2, 2019

Energy Signals Neso Academy

Best comment

  1. Yashwant Mahawar: NESO ACADEMY SIR PLEASE PROVIDE LECTURE OF ELECTRO MAGNETIC FIELD THEORY
  2. Hong Ha Duong: Thank you very much for your great work !!
  3. zed lepplin: 2nd day of my signal and system, hopefully I can finish in 1 week. I must say, these lectures are very well explained and laid-out, you have to watch the all the 178 lectures to get a great understanding of the subject. Thank you so much neso academy!!!!
  4. Stoyan Margaretov: Great video on the topic, thanks. However I can not agree with you on your first conclusion. A finite energy signal (energy signal) must not always be absolutely integrable. Take x(t)=(1/t)*heaviside(t-1) for example.
  5. usama asim: Because from minus infinity to plus infinity area is calculated for a specific shape which we apply in a formula to calculate energy...Anything other than that will have zero area so zero energy
  6. Syed Jaffar: bro,when u wil upload the complete lectures regarding Fourier series n Fourier transform
  7. Vikrant gupta: Sir ye integration Kya hota Hai aur differentiation I know but don't no what is this please make a video sir
  8. vogeshkumar yadu: very lucid explanation bro, and handwriting is too good . keep it up.
  9. myonlynick: is energy finite or infinite?! If energy is finite/infinite then universe is finite/ infinite, but we don't really know. So in signals and systems for some odd reason we define energy = finite! Why? Maybe to avoid problems with other formulas/concepts in signals&systems?
  10. Sourav Pati: if we are integrating inst. power from -infinity to +infinity then how we r getting finite value ? sir plz clear my doubt..
  11. Solomon Parusu: Thank you sir🙏🙏 Your explanation is extraordinary better than our lectures.
  12. Vinay Reddy: Thanks neso

Energy Signals

49,508 views views468,989 followers
241 Likes241 Dislikes
Education Upload TimePublished on 18 Jul 2017

Không có nhận xét nào:

Đăng nhận xét