@@PunmasterSTP thanks! Well, I thought about my two favourite video games of all time. One being Sonic and one being Mario. Their parent companies being Sega and Nintendo, respectively. Just combined them, and here we are. Wbu, where does your username come from?
Analogous systems? More like "Amazing explanations!" Thanks again for making and sharing everything. I also wanted to mention that some of these comments really irritate me. They just sound so demanding, like "Please upload a whole course worth of videos very quickly." What if I asked you to complete all of the assignments and take the tests in your classes very quickly? How would that make you feel?
@@Shounen12345 I understand people taking a class or a test hope to do well, but some of the comments still came off a bit presumptuous to me; that’s all I’m saying. I also like to make comments to drive up engagement, and if people would prefer not to read my babble, no hard feelings and they can just keep scrolling.
I have exam tomorrow and this video is God sent.
14:49 Shortcut : horizontal in Equivalent Mechanical System to Verical in Force - Voltage Equivalent and vice-versa.
How can we say that for node x2(t) force due to damper is outgoing??
you are a very good teacher, thank you.
Thank you sir 🙏 great explanation
Sir, please finish this playlist fast, really need it!
I'm just curious; what did you need it for?
@@PunmasterSTP for my exams, bruh. Did well in it.
@@segatendo4705 I'm glad to hear your exams went well!
Also, I was curious, how did you settle on your username?
@@PunmasterSTP thanks!
Well, I thought about my two favourite video games of all time. One being Sonic and one being Mario. Their parent companies being Sega and Nintendo, respectively.
Just combined them, and here we are.
Wbu, where does your username come from?
sir, please upload lectures regarding Electrical Machines which may be very helpful for our GATE exam
Why the node equation is being written for x2 and not x1 at 7:25. and how do we come to the conclusion of equilibrium eqaution
I'm very grateful !
Thank you sir 🙏
Thnx sir for such a excellent explanation 👏
thanks Sir🙏❤
Thanks a lot sir ♥️♥️♥️♥️♥️♥️♥️
Dont have vedio about power electronics controlled rectifier ?
Thank you so much!! Successfully completed the playlist ❤️
Answer to the homework: 1/(S^4+S^3+3S^2+S+1)
Answer to the problem- 1/(s^3 + 3s^2 + 2s + 1)
no. check again
I found 1/(S^4+S^3+3S^2+1)
Why is the force due to 2nd displacement x2 0?
Please answer
in that loop, there is no source or driving power
Please complete datastructures subject and C++ subject ASAP.
If I had paypal ,I would pay for this video...
contribution link in video description. walk the talk now
please start database management systems fastly
answer to the homework solution is 1/(s^4 + s^3 +2.s^2 + s). correct me if iam wrong
can you pull Python & OOPS into this channel?
Analogous systems? More like "Amazing explanations!" Thanks again for making and sharing everything.
I also wanted to mention that some of these comments really irritate me. They just sound so demanding, like "Please upload a whole course worth of videos very quickly." What if I asked you to complete all of the assignments and take the tests in your classes very quickly? How would that make you feel?
They are in a hope so please don't babble around here
They are simply requesting in Hope
@@Shounen12345 I understand people taking a class or a test hope to do well, but some of the comments still came off a bit presumptuous to me; that’s all I’m saying. I also like to make comments to drive up engagement, and if people would prefer not to read my babble, no hard feelings and they can just keep scrolling.
@@PunmasterSTP ok
Ans). 1/[(s^2+1)(s^2+s+1) - 1]
lets do togather