A potential barrier of 0.3 V exists across a p-n junction. An electron with speed `5 xx 10^5` m/s approaches this p-n junction from n-side, what will be its speed on entering the p-side?

A potential barrier of 0.3V exists across a p-n junction. (a) if the depletion region is 1mum width. What is the intensity of elctric field in this region ? (b) An electron with speed 5xx10^(5)m//sec approaches this p-n junction from n -side, what will be its speed on entering the p -side?

A potential barrier of 0.50V exists across a p-n junction.(a) If the depletion region is 5.0xx10^(-7) m wide,what is the intensity of the electric field in this region?(b) An electron with speed 5.0xx10^(5)m s^(-1) approaches the p-n junction form the n-side.With what speed will it enter the p-side?

A potential barrier of 0.60 V exixts across a p-n junction. If the depletion region is 6.0xx10^(-7)m wide, what is the intensity of the electric field in this region. An electrin with speed 5.0xx10^(5) ms^(-1) approaches the p-n junction from the n-side, with what speed will it enter p-side.

A potential barrier of 0.4V exists across a p-n junction. If the depletion region is 4.0xx10^(-7)m wide, what is the intensity of the electric field in this region? If an electron with speed 4.5xx10^(5)m//s approaches the p-n junction from the n-side, find the speed with which it will enter the p-side.

A potential barrier of 0.3 V exists across a p-n junction. If the depletion region is 1 mu m wide, what is the intensity of electric field in this region?

If an electron approaches the p-n junction from the n-side with a speed of 5 xx 10^5 m s^(-1) ,with what speed will it enter the p-side?

A potential barrier of 0.5V exists across a p-n junction . If the widht of depletion layer is 10^(-6) m, then intensity of electric field in this region will be