In the Schrodinger’s wave equation the term H^{⋀} represents

Correct Answer is : −h28π2m[𝜕2𝜕x2+𝜕2𝜕y2+𝜕2𝜕z2]+v

\frac{-h^2}{8\pi^2m}[𝜕^2/{𝜕x^2}+𝜕^2/{𝜕y^2}+𝜕^2/{𝜕z^2}]v

\frac{-h^2}{8\pi^2m}[𝜕^2/{𝜕x^2}+𝜕^2/{𝜕y^2}+𝜕^2/{𝜕z^2}]+v

h^2/{8\pi^2m}[𝜕^2/{𝜕x^2}+𝜕^2/{𝜕y^2}+𝜕^2/{𝜕z^2}]+v

\frac{-h^2}{8\pi^2}[𝜕^2/{𝜕x^2}+𝜕^2/{𝜕y^2}+𝜕^2/{𝜕z^2}]+\Psi

NEET Exam Model Paper 12

Question : 136 of 180

Marks: +1, -0

In the Schrodinger’s wave equation the term

⋀

represents

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