In the curl of A in rectangular coordinate system .... ay(del Ax/del z- del Az/del x) is written but should it be like ay(del Az/del x-del Ax/del z) ...?
@@RFDesignbasics thanks for the clarification, but what about the 1 over r^2 sin theta? I still don't get that part, can you explain about this but a little more detail?
Sir, you are perfect teacher thank you so much for your help and support ❤ 🙏 😊 😀
thanks! been looking for the derivation, and it's here. thanks! it helps
Thanks. 🙏
@@RFDesignbasics hn sorry notice ni kiya tha
Just love it sir ❤❤ wonderful 👍 👍 keep it up!!🔥
Loved this one too❤️
now i am here just after watching your video of divergence trick to remember...
Watching this video exactly 11 minutes before exam starts
i like this video!
Excellent tricks to remember
In the curl of A in rectangular coordinate system .... ay(del Ax/del z- del Az/del x) is written but should it be like ay(del Az/del x-del Ax/del z) ...?
Same thing bro.....if you do the latter way -ve sign before bracket must be put there
@@Physics_ ooo ya I got it ... Thanks😊
In a curl operation 2 coloumn put minus not +
Why is it that your rectangular coordinate written as all positive? I thought the determinant of a matrix is + - +? I'm confused.
You are right. But my convention is different. If you check both are same. No confusion 😃.
@@RFDesignbasics thanks for the clarification, but what about the 1 over r^2 sin theta? I still don't get that part, can you explain about this but a little more detail?
Those terms you will get after derivation. Here this method is only for memorising it easily.
on 7:52
where did r^2Sin(teta) come from?
You are good
When you are opening cross product matrix why it is +++ in all the three terms and not +-+ in the terms
It's convention. Both ways are there
Thanks sir
nice sir
Create a separate heaven for him😀
Sir what about laplacian operator of cylindrical coordinate...do a video on it sir for easy way to byheart it
Yes, will try.
Kindly also upload video of laplian in all coordinate systems.
thanks sir
Good
Spherical k second line main bich Wale part ka â(theta) ni likha
Video ko pura dekhein.. It was missed and later on written. Please comment constructive things.