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Match the entries in Column I with the correctly related quantum number(s) in Column II. Indicate your answer by darkening the appropriate bubbles of the $4 \times 4$ matrix given in the ORS.
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The correct answer is:
(A) q, (B) p,q,r,s, (C) p,q,r, (D) p
(A) q, (B) p,q,r,s, (C) p,q,r, (D) p
A-q; B-p, q, r, s; C-p, q, r; D-p, q, r
(B) A hydrogen-like one electron wave function obeying Pauli's principle First, as it is the wave function so it will be characterised by $n, l$ and $m$. Further, it obeys the Pauli's principle, that's why it will be characterised completely by adding spin quantum number also.
(D) Radial probability density of electron at the nucleus basically depends on azimuthal quantum number, but as it is the function of radius depends on principal quantum number, When angular probability density is included, that depends on magnetic quantum number.
(B) A hydrogen-like one electron wave function obeying Pauli's principle First, as it is the wave function so it will be characterised by $n, l$ and $m$. Further, it obeys the Pauli's principle, that's why it will be characterised completely by adding spin quantum number also.
(D) Radial probability density of electron at the nucleus basically depends on azimuthal quantum number, but as it is the function of radius depends on principal quantum number, When angular probability density is included, that depends on magnetic quantum number.
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