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Thanks bro

I tried the Q's but to no avail. Don't know if it's a silly mistake or my whole approach to these questions is scuffed would be really grateful if someone could clarify Attached is how I tried

increase when u move a mag towards the galvanometer vice versa i suppose

I think there is but mindblanked lol

Nah in the vid Def's not but in the article I read yh

Low-key makes sense but I remember seeing somewhere that the mag field becomes more linear etc and wanted to know how this will affect the drop time

Noice lol

youtu.be/nV4yA8OYwmE

^^^

connected

Saw this on some vid 1 mag takes 8sec to drop 20inch 2 took 5 3 took 3.5 4 took 3 Can someone explain this trend and y it occurs

It is in my interest to acknowledge ur claim and state that i believe u r mistaken

aye thx a lot bro

Thanks a lot Jimmy for this explanation appreciate it

was thinking bout some real life applications i cud refer to for aas, not part of any q or anything was just randomly thinking bout this. if any1 has any that cud be used to highlight its advantages or anything wud be gr8

wanted to know wut ur interpretation of the lines is: from eliots preludes "You had such a vision of the street as the street hardly understands" in stanza 3 preludes thanks in advance

aye that makes sense thx bro, gotta read the questions properly to avoid these silly mistakes

im getting the correct answer with ur method, but can u explain y u did that cuz i assumed if we would do nCr*(p^r)*(q^(n-r)) and as per that i did 20C0 0.8^0 0.2^20. thx in adv