[" Q13.An electron is liberated from the lower of the two large plates separated by a distance of "],[50mm" .The upper plate has a potential "250V" relative to lower.How long the electrons "],[" take to reach the upper plate? "]

An electron is liberated from the lower of the two large parallel metal plates separated by a distance of 20 mm. the upper plate has a potential of +2400 V relative to the lower plate. How long does the electron take to reach the upper plate ? Take (e )/(m) of electrons 1.8xx10^(11) C kg^(-1)

An electron having charge e and mass m starts from the lower plate of two metallic plates separated by a distance d . If the potential difference between the plates is V , the time taken by the electron to reach the upper plate is given by .

An electron having charge e and mass m starts from the lower plate of two metallic plates separated by a distance d . If the potential difference between the plates is V , the time taken by the electron to reach the upper plate is given by .

The p.d between two plates separated by a distance of 1 mm is 100V .The force on an electron placed in between the plates is

An electron enters between two horizontal plates separated by 2 mm and having a potential difference of 1000V . The force on electron is

An electron enters the region between the plates of a parallel plate capacitor at an angle theta to the plates. The plate width is l , the plate separation is d . The electron follows the path shown just missing the upper plate. Neglect gravity. Then,

An electron enters the region between the plates of a parallel plate capacitor at an angle theta to the plates. The plate width is l , the plate separation is d . The electron follows the path shown just missing the upper plate. Neglect gravity. Then,

Two charged metal plates in vacuum are 10cm apart. A uniform electric field of intensity (45//16)xx10^(3)NC^(-1) is applied between the plates. An electron is released between the plates from rest at a point just outside the negative plate. (a) Calculate how long (t) will the electron take to reach the other plate? (b) At what velocity (v) will it be electron take to hits teh other plate?

Two charged metal plates in vacuum are 10cm apart. A uniform electric field of intensity (45//16)xx10^(3)NC^(-1) is applied between the plates. An electron is released between the plates from rest at a point just outside the negative plate. (a) Calculate how long (t) will the electron take to reach the other plate? (b) At what velocity (v) will it be electron take to hits teh other plate?