An X-ray tube produces a continuous spectrum of radiation with its short wavelength end at `0.45Ã…`.
The maximum energy of a photon in the radiation is

(a) An X-ray tube produces a continuous spectrum of radiation with its short wavelength end at 0.45 . What is the maximum energy of a photon in the radiation? (b) Form your answer to (a), guess what order of accelerating voltage (for electrons) is required in such a tube.

(a) An X-ray tube produces a continuous spectrum of radiation with its short wavelength end at 0.45 Å . What is the maximum energy of a photon in the radiation? (b) From your answer to (a), guess what order of accelerating voltage (for electrons) is required in such a tube ?

(a) An X-ray tube produces a continuous spectrum of radiation with its short wavelength end at 0.45 Å . What is the maximum energy of a photon in the radiation? (b) From your answer to (a), guess what order of accelerating voltage (for electrons) is required in such a tube ?

(a) An X-ray tube produces a continuous spectrum of radiation with its short wavelength end at 0.45 Å . What is the maximum energy of a photon in the radiation? (b) From your answer to (a), guess what order of accelerating voltage (for electrons) is required in such a tube ?

An X-ray tube produces a continuous spectrum of radiation with its short wavelength end at 0.42Å. What is the maximum energy of photon in the radiation? What is the order of accelerating voltage (for electrons) requirement in such a case? h=6.62xx10^(-34)Js and e=1.6xx10^(-19)C

An X - ray tube produces a continous spectrum of radiation with its short wavelength end at 0.45 Å . What is the maximum energy of a photon in the radiation?

An X-raytube produces a continuous spectrum of radiation with its short- wavelength end at 0.33 Å . What is the maximum energy of a photon in the radiation?