[" m rest,"10cm" from a charged sheet c irrying charged density of "],[" strike the sheet after the time (approxir iately) "]

A proton is released from rest, 10 cm from a charged sheet carrying charged density of -2.21xx10^-9C//m^2 . It will strike the sheet after the time (approximately)

A proton is released from rest, 10 cm from a charged sheet carrying charged density of -2.21xx10^-9C//m^2 . It will strike the sheet after the time (approximately)

A alpha particle is released from rest 10 cm from a large sheet carrying a surface charge density of -2.21xx10^(-9)C//m^(2) . It will strike the sheet after the time. (in_(0)= 8.84xx10^(-22)C^(2)//Nm^(2))

A large metallic plate is facing a charged sheet having charge density "sigma" placed parallel to plate at a distance "l" from the plate.Potential at "point "P" at a distance [x" from the sheet is "]

A large metallic plate is facing a charged sheet having charge density sigma placed parallel to plate at a distance l from the plate.Potential at point P at a distance x from the sheet is

A charged ball from a silk thread, which makes an angle theta with a large charged conducting sheet. The surface charge density sigma of the sheet is proportional to…..

A particle of mass M and negative charge q is thrown in a gravity free space with speedd u from the point A on the large non conducting charged sheet with surface charge density (sigma), as shown in figure, Find the maximum distance from A on sheet where the rparticle can strike .

A charged ball B hangs from a silk thread S, which makes an angle theta with a large charged conducting sheet P as shown in Fig. Show that the surface charge density of the sheet is proportional to tan theta .