The dependence of the short wavelength limit `lamda_(min)` on the accelerating potential `V` is represented by the curve of figure

The de Broglie wavelength lamda of an electron accelerated through a potential V in volts is

The de Broglie wavelength lamda of an electron accelerated through a potential V in volts is

Statement I: If a stationary electron is accelerated with a potential difference of 1V, its de Broglie wavelength becomes 12.27 Å approximately. Statement II: The relation between the de Broglie wavelength lamda and the accelerating potential V of an electron is given by lamda = (12.27)/(V) Å

The de Broglie wavelength associated with an electron accelerated by a potential of 64 V is

The minimum wavelength of the X- rays produced at accelerationg potential V is lambda . If the accelerating potential is changed to 2V, then the minimum wavelength would become

The minimum wavelength of the X- rays produced at accelerationg potential V is lambda . If the accelerating potential is changed to 2V, then the minimum wavelength would become