The corrent schrodger wave equation for an electron with `E ` as total energy and V as potential energy isA. `(del^2 Psi)/(del x^2) + (del^2 Psi)/(del y^2) +(del^2 Psi)/(del z^2) + (8 pi^2)/(mh^2) (E - V) Psi = 0`B. `(del^2 Psi)/(del x^2) + (del^2 Psi)/(del y^2) +(del^2 Psi)/(del z^2) + (8 pi m)/(h^2) (E - V) Psi = 0`C. `(del^2 Psi)/(del x^2) + (del^2 Psi)/(del y^2) +(del^2 Psi)/(del z^2) + (8 pi^2 m)/(h^2) (E - V) Psi = 0`D. `(del^2 Psi)/(del x^2) + (del^2 Psi)/(del y^2) +(del^2 Psi)/(del z^2) + (8 pi^2 m)/(h) (E - V) Psi = 0`

The corrent schrodger wave equation for an electron with `E ` as total

1.	The corrent schrodger wave equation for an electron with `E ` as total energy and V as potential energy isA. `(del^2 Psi)/(del x^2) + (del^2 Psi)/(del y^2) +(del^2 Psi)/(del z^2) + (8 pi^2)/(mh^2) (E - V) Psi = 0`B. `(del^2 Psi)/(del x^2) + (del^2 Psi)/(del y^2) +(del^2 Psi)/(del z^2) + (8 pi m)/(h^2) (E - V) Psi = 0`C. `(del^2 Psi)/(del x^2) + (del^2 Psi)/(del y^2) +(del^2 Psi)/(del z^2) + (8 pi^2 m)/(h^2) (E - V) Psi = 0`D. `(del^2 Psi)/(del x^2) + (del^2 Psi)/(del y^2) +(del^2 Psi)/(del z^2) + (8 pi^2 m)/(h) (E - V) Psi = 0`
Answer» Correct Answer - C ( c)

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