V vikas katoch Oct 2010 12 0 Nov 9, 2019 #1 L = r X p L square = (r X p) . ( r X p)= (rp) square -r(r.p).p + 2ih(bar) r.p requirement of middle steps

L = r X p L square = (r X p) . ( r X p)= (rp) square -r(r.p).p + 2ih(bar) r.p requirement of middle steps

topsquark Forum Staff Apr 2008 2,935 610 On the dance floor, baby! Nov 9, 2019 #2 As I don't know where you are in your vector manipulations I'll suggest this paper as a solid hint. If you need more explanation, just let us know. -Dan

As I don't know where you are in your vector manipulations I'll suggest this paper as a solid hint. If you need more explanation, just let us know. -Dan

V vikas katoch Oct 2010 12 0 Nov 11, 2019 #3 vikas katoch said: L = r X p L square = (r X p) . ( r X p)= (rp) square -r(r.p).p + 2ih(bar) r.p requirement of middle steps Click to expand... thanks

vikas katoch said: L = r X p L square = (r X p) . ( r X p)= (rp) square -r(r.p).p + 2ih(bar) r.p requirement of middle steps Click to expand... thanks