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AP EAMCET202018 Sep 2020Evening ShiftChemistryStructure of AtomActual

Which among the following represents Schrodinger wave equation?

Options

  1. A( d^2 d x^2 + d^2 d y^2 + d^2 d z^2 + 4 m h (E-v) =0 )
  2. B( H = h 4 ^2 m ( d^2 d x^2 + d^2 d y^2 + d^2 d z^2 )+V )
  3. C( H = -h^2 8 ^2 m ( d^2 d x^2 + d^2 d y^2 + d^2 d z^2 )+P )
  4. D( d^2 d x^2 + d^2 d y^2 + d^2 d z^2 + 8 ^2 m h^2 (E-V) =0 )

Correct answer

D. ( d^2 d x^2 + d^2 d y^2 + d^2 d z^2 + 8 ^2 m h^2 (E-V) =0 )

Step-by-step solution

The Schrondinger wave equation is ( d^2 d x^2 + d^2 d y^2 + d^2 d z^2 + 8 ^2 m h^2 (E-V) =0 ) (where, ( = ) wave function, (m= ) mass of electron, (h= ) Planck's constant, (E= ) total energy of electron, (V= ) potential energy of electron)

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