The correct Schordinger.s wave equation for a electron with total energy E and potential energy V is not correctly given by

The correct Schordinger.s wave equation for a electron with total ener

1.	The correct Schordinger.s wave equation for a electron with total energy E and potential energy V is not correctly given by
Answer» `(DELTA^2 Psi)/(deltax^2) +(delta^2 Psi)/(delta z^2) + (delta^2 Psi)/(delta z^2) + (8 pi^2)/(mh^2) (E-V) Psi = 0` `(delta^2 Psi)/(deltax^2) +(delta^2 Psi)/(delta y^2) + (delta^2 Psi)/(delta z^2) + (8 pi m)/(h^2) (E-V) Psi = 0` `(delta^2 Psi)/(deltax^2) +(delta^2 Psi)/(delta y^2) + (delta^2 Psi)/(delta z^2) + (8 pi^2 m)/(h^2) (E-V) Psi = 0` `barV^2 Psi=0` SOLUTION :` nabla^2 Psi + (8 pi^2 m)/(h^2) (E-V) Psi=0`