the normalised wave function is Ψ3s=1(81) root3π−√(1/ao)^3/2[27 − 18r/ao + 2r^2/a^2o]e^−r/3ao If distance between the radial nodes is d

Sahay Sir > Question Answers > the normalised wave function is Ψ3s=1(81) root3π−√(1/ao)^3/2[27 − 18r/ao + 2r^2/a^2o]e^−r/3ao If distance between the radial nodes is d
For 3s orbital of hydrogen atom, the normalised wave function is Ψ3s=1(81) root3π−√(1/ao)^3/2[27 − 18r/ao + 2r^2/a^2o]e^−r/3ao If distance between the radial nodes is d, calculate the value of d/1.73ao
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Nov
For 3s orbital of hydrogen atom, the normalised wave function is Ψ3s=1(81) root3π−√(1/ao)^3/2[27 − 18r/ao + 2r^2/a^2o]e^−r/3ao If distance between the radial nodes is d, calculate the value of d/1.73ao calculate the value of d/1.73ao For 3s orbital of hydrogen atom the normalised wave function is Ψ3s=1(81) root3π−√(1/ao)^3/2[27 − 18r/ao + 2r^2/a^2o]e^−r/3ao If distance between [...]
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Tags: calculate the value of d/1.73ao , For 3s orbital of hydrogen atom , the normalised wave function is Ψ3s=1(81) root3π−√(1/ao)^3/2[27 − 18r/ao + 2r^2/a^2o]e^−r/3ao If distance between the radial nodes is d ,