A diatomic quantum mechanical rotator in the L = 1 quantum state has energy E. The same rotator in the L = 2 quantum state will have energy equal to
A) 3E.
B) 2E.
C) 6E.
D) none of the given answers.
Correct Answer:
Verified
Q9: Ionic bonding is due to
A) the transfer
Q10: An n-type semiconductor is produced by
A) pure
Q11: In a p-type semiconductor, a hole is
A)
Q12: In a good conductor, the highest energy
Q13: In a good insulator, the highest energy
Q15: Van der Waals bonding is due to
A)
Q16: Covalent bonding is due to
A) atoms bonding
Q17: A simple junction transistor consists of three
Q18: A p-type semiconductor is produced by
A) doping
Q19: For a diatomic quantum mechanical vibrator, the
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