star emitting light of wavelength `5896 Å` is moving away from the earth with a speed of 3600 km / sec . The wavelength of light observed on earth will
(`c= 3 xx 10 ^(8) m//sec` is the speed of light)

A star is moving away from the Earth with speed V. Change in wavelength (dlambda) observed on Earth is

A star emitting light of wavelength 6000 Å is moving towards the earth with a speed of 3 xx 10^(6) m//s . What is the apparent wavelength of the emitted light ?

A star emits a light of wavelength I and it is receding from the earth with a velocity v_(s) . The shift in wavelength of spectral line observed on earth is

A star producing light of wavelenght 6000 Å moves away from the earth with a speed of 5 km/s. Due to Doppler effect, the shift in wavelength will be ( c = 3 xx 10^8 m/s)

A star producing light of wavelenght 6000 Å moves away from the earth with a speed of 5 km/s. Due to Doppler effect, the shift in wavelength will be ( c = 3 xx 10^8 m/s)

A star emiting light of wavelength 4500Å is moving towards the eart with a speed of 3600 km/sec. Determine the wavelength shift and apparent wavelength due to Doppler effect. The speed of light is 3xx10^(8)m//s

A star is going away from the earth. An observer on the earth will see the wavelength of light coming from the star

A star is going away from the earth. An observer on the earth will see the wavelength of light coming from the star

A star is moving away from the earth with a velocity of 10^(5) m/sec. If wavelength of its spectral line be 5700 Å , the Doppler's shift will be