Wonderful lecture, Sir. The best lecture on Damped oscillations available online. Great conceptual clarity and extensive coverage of concepts, keeping in mind the kind of questions which appear in the exams. Thanks a lot, for making and sharing this lecture, Sir.
Sir Your videos are small and informative which is very good for Last Minute Jee preparation .Sir I request you to cover other mains topic like semiconductor and communications system and some other topics of chapters as soon as possible in this month It would be a great ease for us if u do this as our exams are nearby.
Hi I have a doubt about the Q formula, With log decrement Q = Pie/Delta, Where is the frequency term then? Using this formulay, Is it possible to have Q = 10000? In many book, they use Q= Pie * Frequency * Decay time.
Wonderful lecture, Sir. The best lecture on Damped oscillations available online. Great conceptual clarity and extensive coverage of concepts, keeping in mind the kind of questions which appear in the exams. Thanks a lot, for making and sharing this lecture, Sir.
Sir Your videos are small and informative which is very good for Last Minute Jee preparation .Sir I request you to cover other mains topic like semiconductor and communications system and some other topics of chapters as soon as possible in this month
It would be a great ease for us if u do this as our exams are nearby.
Hi I have a doubt about the Q formula, With log decrement Q = Pie/Delta, Where is the frequency term then? Using this formulay, Is it possible to have Q = 10000?
In many book, they use Q= Pie * Frequency * Decay time.
Thank you sir 🙏