Ans
1
->
You can first find the momentum of each particle using p =h/(lambda) and then their speeds v1 and v2 by using p/m.... now calculate the velocity of centre of mass of the two particles using relation v(cm)=(m1v1 i +m2v2 j)/(m1 + m2) now calculate the relative velocity of each particle in frame of their cm using v1-v(cm) and v2 - v(cm) now calculate debroglie wavelength in frame of cm as lambda = h/mv(rel)
9 years ago
by
Physics Galaxy