Dear Sir, After listening you lecturer, gone through EC8, as your ppt covers with diagram which is missing in code. Thank you for your patient and ppt is taken in way for audience to understand and interconnection with other clause /chapters taken is such way interesting to watch again again. Thank you so much. Pls reply since ppt stopped in half way. Is there part 2?
In acceleration spectrum, from Tc to Td you said the velocity is constant. This is also shown in velocity spectrum 30:58. Acceleration is the rate of change of velocity, if the the velocity is constant, how come acceleration is changing? Shouldn't it be zero?, or there is something I don't understand?, kindly illustrate
What a great way to teach these things easily, thanks for sharing this kind of things
This video is quite helpful, it is a genuine lecture available anytime. Thanks very much.
Thank you very much sir for the lecture, i really enjoy it. May God bless you more
Very good work I had to check on this
Thank you professor , Nice to hear you
THANKS A LOT! great conference
thanks for the nice presentation
Sir, thanks a lot. it helped me to get basic understanding
Thank you!
Dear Sir, After listening you lecturer, gone through EC8, as your ppt covers with diagram which is missing in code. Thank you for your patient and ppt is taken in way for audience to understand and interconnection with other clause /chapters taken is such way interesting to watch again again. Thank you so much. Pls reply since ppt stopped in half way. Is there part 2?
Hi,Thank you for lecture, however fully is not covered in this video, is there part 2?, pls reply.
In acceleration spectrum, from Tc to Td you said the velocity is constant. This is also shown in velocity spectrum 30:58. Acceleration is the rate of change of velocity, if the the velocity is constant, how come acceleration is changing? Shouldn't it be zero?, or there is something I don't understand?, kindly illustrate
40:28 for a gross cough
what if the periodic time exceed 4 sec?
Sd(T) of units = ? , thanks you
This concept of constant acceleration, velocity or displacement is hard to understand