0.80x
1.0x
Lyman Series
Ultraviolet
Pan: Drag
1λ
= RH
112
−
1n22
ΔE = 13.6 eV ×
112
−
1n22
n1 = 1, n2 ∈ [2, ∞]
Energy (ΔE):
10.20 eV
Energy (Joules):
1.63e-18 J
ΔE =
hcλ
:
1.63e-18 J
Wavelength (λ):
121.5 nm
Frequency (f):
2.47e15 Hz
Energy Level Scheme
Balmer Series
Visible
Pan: Drag
1λ
= RH
122
−
1n22
ΔE = 13.6 eV ×
122
−
1n22
n1 = 2, n2 ∈ [3, ∞]
Energy (ΔE):
1.89 eV
Energy (Joules):
3.03e-19 J
ΔE =
hcλ
:
3.03e-19 J
Wavelength (λ):
656.3 nm
Frequency (f):
4.57e14 Hz
Energy Level Scheme
Paschen Series
Infrared
Pan: Drag
1λ
= RH
132
−
1n22
ΔE = 13.6 eV ×
132
−
1n22
n1 = 3, n2 ∈ [4, ∞]
Energy (ΔE):
0.66 eV
Energy (Joules):
1.06e-19 J
ΔE =
hcλ
:
1.06e-19 J
Wavelength (λ):
1875.1 nm
Frequency (f):
1.60e14 Hz
Energy Level Scheme
Spatial Wavelength Waveform Comparison (Ψ(x) vs Distance x in nm)
Same Fixed Scale: 0 to 2000 nm
Lyman Series
λ = 121.5 nm
Balmer Series
λ = 656.3 nm
Paschen Series
λ = 1875.1 nm