The shortest wavelength in the paschen series= m.
<h3>How do we calculate the shortest wavelength in the paschen series?</h3>
Emission lines for hydrogen occur when electrons drop from some energy level to a lower energy level. To calculate the shortest wavelength in the paschen series we are using the formula,
Here, we are given,
= Rydberg constant=
= The lower energy level quantum number.=3 (for the paschen series).
n= The quantum number of whichever state the transitions occur from = (for this case of the paschen series).
We have to find the wavelength associated with the photon emitted = m.
Now we substitute the known values in the above equation, we can find that,
Or,
Or,
Or, m
From the above calculation we can conclude that the shortest wavelength in the paschen series is m
Learn more about paschen series:
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Answer:
I think it could be 85 m/s East but go for what you thought of because im not exactly sure.
Explanation:
Answer:
Electromagnetic waves transfer energy through vibrations of electric and in magnetic fields. For sound waves the energy is transferred through the vibration of air particles or particles of a solid. Waves also carry energy, the amount of energy they carry depends on their frequency and their amplitude. The more energy and the higher frequency amplitude, the more energy waves are ^‿^
Answer:
itsgoing to be aroud 36 speed
Explanation:
bc if u think about it it make sence