Find the wavelength of the spectral line that corresponds to a transition in hydrogen from the n = 6 state to the n = 3 state. In what part of the spectrum is this?
1/λ=R(1/n−1/m)=10973731.534⋅(1/3−1/6)=1828955.26 (m−1)→1/\lambda=R(1/n-1/m)=10973731.534\cdot(1/3-1/6)=1828955.26\ (m^{-1})\to1/λ=R(1/n−1/m)=10973731.534⋅(1/3−1/6)=1828955.26 (m−1)→
λ=1/1828955.26=5.47⋅10−7 (m)=547 (nm)\lambda=1/1828955.26=5.47\cdot10^{-7}\ (m)=547\ (nm)λ=1/1828955.26=5.47⋅10−7 (m)=547 (nm) , visible radiation. Answer
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