Question
In: Physics
The sodium spectrum is dominated by the bright doublet known as the Sodium D-lines at λ1=588.995...
The sodium spectrum is dominated by the bright doublet known as the Sodium D-lines at λ1=588.995 and λ2=589.5924 nanometers. Say, you've got a diffraction grating with 3900 grooves/cm. Find the angles corresponding to the maxima of λ1 and λ2 in the first order: ° and ° Find the difference between these angles: °. Now do the same for the second order: °, °, and °. Notice that the resolution increases with the order! In what maximum order can these lines be observed?
Solutions
genius_generous answered 2 years agoRelated Solutions
The bright yellow sodium line in the sodium spectrum is actually a pair of closely spaced...
The bright yellow sodium line in the sodium spectrum is actually
a pair of closely spaced lines at 589.0 nm and 589.6 nm. You
observe the sodium spectrum using a diffraction grating with a
spacing of 1700 nm . Find the angular separation between the two
sodium lines in first order. Find the angular separation between
the two sodium lines in second order. Express your answer to two
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The line spectrum of helium has many more lines in it than the line spectrum of...
The line spectrum of helium has many more lines in it than the
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Regarding the emmission spectra, are the lines present in the hydrogen spectrum the same lines predicted...
Regarding the emmission spectra, are the lines present
in the hydrogen spectrum the same lines predicted by the Bohr model
of the atom? Which lines, if any, are missing? Why might there be
lines missing?
Laser light of some wavelength λ1 shines on a diffraction grating with 285 lines/mm at normal...
Laser light of some wavelength λ1 shines on a diffraction
grating with 285 lines/mm at normal incidence, producing a pattern
of maxima on a large screen 1.50 m from the grating. The first
principal maximum is observed to be at an angle of 8.20° from the
central maximum.
(a) Determine the wavelength of the incident light.
(b) A second laser of wavelength λ2 is added, and it is
observed that the third principal maximum of λ2 is at the same...
three of the strongest lines in the He+ ion spectrum are observed at the following wavelengths:...
three of the strongest lines in the He+ ion spectrum are
observed at the following wavelengths: (1) 121.57 nm (2) 164.12 nm
(3) 25.64 nm. Find the quantum numbers of the initial and final
states for the transitions that give rise to the these three lines.
Use equation 4, the wavelengths of lines that can originate from
transitions involving any two of the four lowest levels.
Equation 4: delta E = E(upper) - E(lower) = (1.119627 x 10^5
kJ/mole) /...
The microwave spectrum of ? 127? consists of a series of lines separated by 12.8 ??−1....
The microwave spectrum of ? 127? consists of a series of lines
separated by 12.8 ??−1.
1. Calculate the rotational constant ? ̃
in ??−1
2. Approximate the bond length of this molecule.
3. Recall in PS36 that you calculated the fundamental wavenumber
for this molecule for
vibrational transitions under the harmonic oscillator
approximation. Using this as your
starting point and assuming Δ? = +1, do the following.
i. Calculate the values for the 1st 3 lines of both the...
The wavelengths in the hydrogen spectrum with m = 1 form a series of spectral lines...
The wavelengths in the hydrogen spectrum with m = 1 form a
series of spectral lines called the Lyman series. Part A Calculate
the wavelength of the first member of the Lyman series. Express
your answer to three significant figures and include the
appropriate units. λ1λ 1 = nothing nothing Request Answer Part B
Calculate the wavelength of the second member of the Lyman series.
Express your answer to three significant figures and include the
appropriate units. λ2λ 2 =...
Show Work. A series of lines in the spectrum of atomic hydrogen lies at 656 nm,...
Show Work.
A series of lines in the spectrum of atomic hydrogen lies at 656
nm, 486 nm, 434 nm, and 410 nm. What is the wavelength of the next
line of the series?
a) 200 nm b) 397 nm c) 410 nm d) 420 nm e) 710 nm
Which spectral lines in the emission spectrum of hydrogen atoms can be observed if the atoms...
Which spectral lines in the emission spectrum of
hydrogen atoms can be observed if the atoms are excited by
electrons with kinetic energy E_kin = 13.3eV?
Draw a sketch for the Hydrogen (discrete) spectrum, labeling the lines according to their respective quantum...
Draw a sketch for the Hydrogen (discrete) spectrum, labeling the
lines according to their respective quantum transitions. Also point
out in which direction the wavelength increases.
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