The wavelength of spectral line coming from a distant star shifts from 600 nm to 600.1 nm. The velocity of the star relative to earth is

The spectral line of wavelength lambda=5000 Å in the light coming from a distant star is observed as 5200 Å.Determine the recession velocity of the star.

The spectral line of wavelength lambda=5000 Å in the light coming from a distant star is observed as 5200 Å.Determine the recession velocity of the star.

When the wavelength of light coming from a distant star is measured it is found shifted towards red. Then the conclusion is

The spectral line for a given element in light received from a distant star is shifted towards longer wavelength by 0.024% . Deduce the velocity of star in the line of sight.

The spectral line of a given element in the light received from a distant star is shifted towards the longer wavelength by 0.032% . Duduce the velocity of star in the line of sight.

A red shift of 60 Å is observed in light of wavelength 5000 Å coming from a distant red gaint star. Calculate the velocity of the distant nebula.

The wavelength of light coming from a star is found to be 0.6% more than that coming from a source on earth. What is the velocity of the star ? [c=3xx 10^(8)m//s]