in order that the short wavelength limit of the continuous X-ray spectrum be `1 Å`, the potential difference through which an electron must be accelerated is

Consider the following two statements A and B and identify the correct choice in the given answer A : The characteristic X-ray spectrum depends on the nature of the material of the target B : The short wavelength limit of continuous X-ray spectrum varies inversely with the potential difference applied to the X-rays tube

Consider the following two statements A and B and identify the correct choice in the given answer A : The characteristic X-ray spectrum depends on the nature of the material of the target B : The short wavelength limit of continuous X-ray spectrum varies inversely with the potential difference applied to the X-rays tube

An electron is accelerated through a potential difference of V volt. It has a wavelength lambda associated with it. Through what potential difference an electron must be accelerated so that its de Broglie wavelength is the same as that of a proton? Take massof proton to be 1837 times larger than the mass of electron

For the production of X rays of wavelength 0.1 Å the minimum potential difference will be

Through what potential difference must an electron pass to have a wavelength of 500A^(@) .

Through what potential difference must an electron pass to have a wavelength of 500A^(@) .

An X - ray tube with a copper target emits K_alpha line of copper of wavelength 1.5 Å. What should be the minimum voltage through which the electrons should be accelerated to produce this wavelength of X rays ?