A gas absorbs a photon of 300 nm and then reemitts two photons. One photon has a wavelength 600 nm. The wavelength of second photon is -

A near ultraviolet photon of 300 nm is absorbed by a gas and then reemitted as two photons. One photon is red with wavelength 760 nm. The wavelength of the second photon is (in nm)

A photon of 300 nm is absorbed by a gas and then emits two photons. One photon has a wavelength of 496 nm then the wavelength of second photon in nm is :

A photon of 300 nm is absorbed by a gas and then emits two photons. One photon has a wavelength 496 nm then the wavelength of second photon in nm is :

A near U.V. photon of 300 nm is absorbe by a gas is red then remitted as two photons. One photon is red with wavelength 760 nm. Hence wavelength of the second photon is

A photon of wavelength 300 nm is absorbed by a gas and then reemitted as two photons. One photon is red with wavelength of 760 nm. The wave number of the second photon will be.

A photon of 300 nm is absorbed by a gas and then re-emits two photons . One re-emitted photon has wavelenght 4967 nm , the wavelength of second re-emitted photon is :

A photon of 300 nm ios absorbed by a gas and then re-emits two photons . One re-emitte photon has wavelnght 4967 nm , the wavelength fo second re-emitte photon is :

A photon of wavelength 250 nm, absorbed by a substance was subsequently emitted as two photons. The first photon had a wavelength of 600 nm. What was the wavelength of the second photon?

A photon of 300 nm is abosorbed by a gas and then re-emits two photons . One re-emitted photon has wavelength 496nm . Caluclate energy of other photon re-emitteed out .