3 31 pm then minimum uncertainty in kinetic energy is yx10 16 J Calculate the...

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3 31 pm then minimum uncertainty in kinetic energy is yx10 16 J Calculate the value of y TI 13 In a sample of excited hydrogen atoms electrons make transition from n 2 to n 1 Emitted quanta strike on a metal of work function 4 2eV Calculate the wavelength in associated with ejected electrons having maximum kinetic energy 14 For 1s orbital of Hydrogen atom radial wave function is given as 3 2 R r e r ao where a 0 529 1 1 ao The ratio of radial probability density of finding electron at r a to the radial probability density of finding electron at the nucleus is given as x e Calculate the value of x y 15 Calculate the value of A A E1 2 2E21 Sjeve I where Enz Energy of electron in nth orbit Z atomic number of hydrogen like

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3 31 pm then minimum uncertainty in kinetic energy is yx10 16 J Calculate the value of y TI 13 In a sample of excited hydrogen atoms electrons make transition from n 2 to n 1 Emitted quanta strike on a metal of work function 4 2eV Calculate the wavelength in associated with ejected electrons having maximum kinetic energy 14 For 1s orbital of Hydrogen atom radial wave function is given as 3 2 R r e r ao where a 0 529 1 1 ao The ratio of radial probability density of finding electron at r a to the radial probability density of finding electron at the nucleus is given as x e Calculate the value of x y 15 Calculate the value of A A E1 2 2E21 Sjeve I where Enz Energy of electron in nth orbit Z atomic number of hydrogen like

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