A pure rotational Raman spectrum of a linear diatomic molecule is recorded using electromagnetic radiation of frequency $${\nu _e}$$ . The frequency of two consecutive Stokes lines are
A. $${\nu _e}$$ - 10B, $${\nu _e}$$ - 14B
B. $${\nu _e}$$ - 2B, $${\nu _e}$$ - 4B
C. $${\nu _e}$$ + 10B, $${\nu _e}$$ + 14B
D. $${\nu _e}$$ + 2B, $${\nu _e}$$ + 4B
Answer: Option A
This Question Belongs to Engineering Physics >> Atomic And Molecular Physics
Related Questions on Atomic and Molecular Physics
All vibrations producing a change in the electric dipole moment of a molecule yield
A. Raman spectra
B. Infrared spectra
C. Ultra-violet spectra
D. X-ray spectra
A. $$\frac{{3{g_1}e{H_0}}}{{2\pi {m_p}}}$$
B. $$\frac{{3{g_1}e{H_0}}}{{4\pi {m_p}}}$$
C. $$\frac{{{g_1}e{H_0}}}{{2\pi {m_p}}}$$
D. $$\frac{{{g_1}e{H_0}}}{{4\pi {m_p}}}$$
A. P and Q
B. P, R and T
C. P, S and T
D. Q and R
The hyperfine structure of Na(32P3/2) with nuclear $$l$$ = 3/2 has
A. 1 state
B. 2 states
C. 3 states
D. 4 states
Join The Discussion