How could ao = 0.0063 cm/sec2 ? I mentioning here about units, with out multiplying it with "g" = 981 cm/sec2, you took directly ao = 0.0063cm/sec2, ao = 0.0063x981 cm/sec2. Then the expression matches for the mentioned units. Thanks for the video!
What is the point of this video if they cant even solve a problem properly. First 6 minutes are repetition of W05M03, remaining 10 minutes its a race towards summary, in between important steps like how to find velocity term for i=1 condition are not discussed.On top of it the calculation appears erroneous as pointed out by others in the comment section. I wish professors in IIT understand the importance of these videos which have the potential to influence a lot of students who do not have access to quality education and do a better and careful job while preparing next time.
With due respect, the u0_dot_dot (Initial Acceleration) Formula is supposed to have minus signs. (P0-Cu0_dot-Ku....../M). The concepts are same. Thanks for the Video. :)
how can I thank you my Professor, this Video is very useful for me, thank you very very much
P(0) value was supposed to be 3084…?
Great video maam! Thank you!
I also have the same question. How come value of P(0) changed when calculating p cap??
How could ao = 0.0063 cm/sec2 ? I mentioning here about units, with out multiplying it with "g" = 981 cm/sec2, you took directly ao = 0.0063cm/sec2, ao = 0.0063x981 cm/sec2. Then the expression matches for the mentioned units. Thanks for the video!
Sir, You saved me. I was confused at this point. Thank you
Is this example derived from any book ?
At time 3.50 of the video W05T01
If at i=0, velocity is zero . from the first equation (left side) makes u1 = u-1
is it true ?
What is the point of this video if they cant even solve a problem properly. First 6 minutes are repetition of W05M03, remaining 10 minutes its a race towards summary, in between important steps like how to find velocity term for i=1 condition are not discussed.On top of it the calculation appears erroneous as pointed out by others in the comment section.
I wish professors in IIT understand the importance of these videos which have the potential to influence a lot of students who do not have access to quality education and do a better and careful job while preparing next time.
@Arif Jamal As mentioned , sampling frequency is 50 Hz, f=1/T, so sampling dt=1/50= 0.02
With due respect, the u0_dot_dot (Initial Acceleration) Formula is supposed to have minus signs. (P0-Cu0_dot-Ku....../M). The concepts are same. Thanks for the Video. :)