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Great to see a new video. Excited to learn more. Thank you so much for these immensely valuable content.
Nice to see u sir 😊
24:00 Prof. said that exp(-t/RC) -> 0 when R -> +infinity. I don't agree with that. Per Maclaurin, exp(-t/RC) ~ 1-t/RC. So it approaches to 1 instead of 0.
e^(-ax) goes to zero as x tends to infinity.
@priyankachaudhary591 here x tends to 0(as R tends to infi), hence exponential will tend to 1 here not 0
I thought that too. :D
@45:00, don't we need to shift the time as t - t_1 since we switched @ t_1? Also valid window is t > t_1.
Where are the basic circuit theory 2 playlist?
yess
Great to see a new video. Excited to learn more. Thank you so much for these immensely valuable content.
Nice to see u sir 😊
24:00 Prof. said that exp(-t/RC) -> 0 when R -> +infinity. I don't agree with that. Per Maclaurin, exp(-t/RC) ~ 1-t/RC. So it approaches to 1 instead of 0.
e^(-ax) goes to zero as x tends to infinity.
@priyankachaudhary591 here x tends to 0(as R tends to infi), hence exponential will tend to 1 here not 0
I thought that too. :D
@45:00, don't we need to shift the time as t - t_1 since we switched @ t_1? Also valid window is t > t_1.
Where are the basic circuit theory 2 playlist?
yess