Question

Intensity of spectral lines independent
on​

Answer 1

Answer:

The intensity of a spectral line at a given frequency is related to the net rate of absorption (or emission) at that frequency.

Answer 2

Answer:

• The amount of sample that light goes through will have an impact on the intensity of the spectral lines.
• The sample concentration and the length of the passage affect how much of this transmitted light is present.

Explanation:

• The frequency of a specific spectral line has an inverse relationship with its wavelength, which determines the intensity of that particular spectral line.
• As a result, a wave with a higher frequency will be more intense and have a shorter wavelength.
• The Doppler effect and the broadening of the spectral lines as a result of interactions with nearby particles are the two main factors that determine the width of spectral lines for atoms and molecules, respectively.
• The quantity of the sample, the population of energy levels, and the rotation of molecules are all factors that influence the intensity of spectral lines.
• The amount of sample that light travels through will have an impact on these lines because every part of the spectrum has its own intensity.

#SPJ2