24) Which of the following is an Eigen function of the operator Pr=-th -th-² (0/arr (A) exp(ikr) (B) sin(kr) (C) r¹ exp(ikr) (D) r exp(ikr) 25) The corresponding eigenvalue of p, equals (A) -ħk (B) hk (C)-ihk (D) iħk 26) The ground state of the cin
24) Which of the following is an Eigen function of the operator Pr=-th -th-² (0/arr (A) exp(ikr) (B) sin(kr) (C) r¹ exp(ikr) (D) r exp(ikr) 25) The corresponding eigenvalue of p, equals (A) -ħk (B) hk (C)-ihk (D) iħk 26) The ground state of the cin
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
Transcribed Image Text:24) Which of the following is an Eigen function of the operator
Pr=-th
-th-² (0/arr
(A) exp(ikr) (B) sin(kr) (C) r¹ exp(ikr)
(D) r exp(ikr)
25) The corresponding eigenvalue of p, equals
(A) -ħk
(B) hk
(C)-ihk
(D) iħk
26) The ground state of the cin
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