22 Replies
@Gyro Gearloose
Note for OP
+solved @user1 @user2... to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.@nori yeh bhi pls
wait a min
particle toh cycloid motion mei hai na
sure, ill check at night
..
oh yeah
forgot about this sry
ill try and see
alr
yeah ig instant it's released from rest so sirf electric force lagega and then it will curve right?
after thoda velocity it attains
yes so its in shm
finding any coord is pointless
yeah
ok so particle is in shm in x axis and constantly moving down y axis
speed as well as velocity is also changing
so the velocity 4i-3j will be repeated many times right
and that will be one possible x coord if i am not wrong
since y axis mein continuously neeche jaa rha hai toh usmein nikalna impossible hai
right??
@nori
Physics with Akash Goyal (PWAG)
YouTube
Irodov 3.392 | Magnetism | Motion of Charge on Cycloid Path | Using...
For Frame dependence of Electric and Magnetic Field
https://www.youtube.com/watch?v=hSOiuyUSgsM
For Solution of Cycloid Problem
https://www.youtube.com/watch?v=NS6FWXJHX1I Advanced problems Playlist
https://www.youtube.com/playlist?list=PLb2lQ33Kj042WlCmc1dkEIYeF2B8Fl5LB
JEE Main Revision Problems, JEE Main Specific Topics, JEE Main previous Y...
this vdo discusses this case ig
including finding y(t) and x(t)
i dont understand this very well.. will need some time
wow special relativity in jee
i assumed electric field to be in y dir so here u can see x follows a third order differential eqn wrt time
@integralofe^2v are u a neet aspirant? really impressive
Yes thankss
pretty sure we can find x and y as func of time
but yeah the doubts clear
thanxx
+solved @integralofe^2v
Yea u cn do similar steps for y and get second order DE and solve those to find a wierd solution
we good?
yep
+solved @integralofe^2v
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