1 the closer you are to charges the tighter the...

1) The closer you are to charges, the tighter the equipotential line is around the charge. The further away it is, the less dense the equipotential line is. What do you notice about the “density” or “closeness” of the equipotential lines at different locations on the screen? Be specific?

Transcript

00:01 Hello everyone according to this question the solution as follows here there are three questions the first question is potential or equipotential surface equipotential surface for two like charges for two like charges for that we can say that here one positive charge and another positive charge if you consider the two circles we can mention this is one equipotential surface and this is another equal potential surface and this will be the another equipotential surface one second okay so we can mention another equipotential surface is here this is another equipotential surface for the second charge so like this it is goes on increasing here for positive charge means electric field will be like outward always we know that because both are going to try to ripple because both are same kind of charges we can mention like this okay so these are electric field lines fine and if you want you can say one more potential electrostatic potential will be like this okay so this is the potential surface for two light charges second question they're asking directly here field lines for two positive charges electric field lines for two same kind of charge same kind of charges for that again we can mention two charges one is positive another one is also positive then we can draw that positive charge this side another positive charge is green the magnetic as the electric field lines repelling we can say they are repelling but remember they should not intersect each other you can mention like this okay so these are the electric field lines by two same kind of charges then next one they're asking electric field lines for the electric dipole third question is electric field lines for electric dipole we can say for electric dipole electric dipole means one is positive charge another one must be negative charge now we can say that from positive it is going to negative charge we can say like this so this is also negative to i mean positive to negative they're moving here also we can mention like this and here you can say you can say say there are a mark from positive direction to or positive charge to negative charge...

Question

1) The closer you are to charges, the tighter the equipotential line is around the charge. The further away it is, the less dense the equipotential line is. What do you notice about the “density” or “closeness” of the equipotential lines at different locations on the screen? Be specific?

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