Answered: 38) If the 410 nm Balmer line of… | bartleby

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38) If the 410 nm Balmer line of hydrogen is shifted to 600 nm calculate the redshift of the source.

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Concept and Principle:

When the source is moving away from the observer the wavelength will appear longer than its actual value. This is known as redshift.

Redshift from wavelength is calculated using the following formula,

$z = \frac{λ_{obs} - λ_{emit}}{λ_{emit}}$

Here λ_obs is the observed wavelength and λ_emit is the emitted wavelength.

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