The plate of a capacitor are 2.00cm apert . An electron -prodon pair is released somewhere in the gap between the plates and it is found that the prolon reeaches the negative plate . At what distance from the negative plate was the pair released?

The plate of a capacitor are 2.00cm apart . An electron -proton pair is released somewhere in the gap between the plates and it is found that the proton reaches the negative plate . At what distance from the negative plate was the pair released?

The plate of a capacitor are 2.00cm apart . An electron -proton pair is released somewhere in the gap between the plates and it is found that the proton reaches the negative plate . At what distance from the negative plate was the pair released?

As the distance between the plates of a parallel plate capacitor decreased

As the distance between the plates of a parallel plate capacitor decreased

Two parallel-plate capacitors with different distances between the plates are connected in parallel to a voltago source. A point positive charge is moved from a point 1 that is exactly in the middle between the plates of a capacitor Cl to a point 2 (or a capacitor C2 ) that lies at a distance from the negative plate of C2 equal to half the distance between the plates of Cl. Is any work done in the process?

Two parallel-plate capacitors with different distances between the plates are connected in parallel to a voltago source. A poin t posit.ivo charge is moved from a point 1 that is ex aetly j n the midtlle between the plates of a capacitor Cl to a point 2 (or a capacitor C2 ) that lies at a distance from the negative plate of C2 equal to half the distance between the plates of Cl. Is any work done in the process?

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?

Two parallel-plate capacitors with different distances between the plates are connected in parallel to a voltage source. A point positive charge is moved from a point A , that is exactly in the middle between the plates of a capacitor C_(1) to a point B (or a capacitor C_(2) that lies at a distance from the negative plate of C_(2) equal to half the distance between the plates of C_(1) ) During this process of moving the charge. .