For the electric field shown, which of the following statements describes an increase in voltage? A. A positive charge moves along an equipotential line. B. A positive charge crosses an equipotential line toward the source charge. C. A negative charge crosses an equipotential line toward the source charge. D. You cannot tell from the information given.
please,wait a moment since many stuudents are asking for help
ok!
the electric voltage is given by the subsequent formula: \[V\left( r \right) = K\frac{Q}{r}\]
ok! what do we plug in?
where r is the subsequent distance: |dw:1433443640459:dw|
in order to increase the potential, we have: 1) decrese the distance r, if the other charge is positive 2) increase the distance r if the other charge is negative
decrease*
ohh okay!! so then our solution is choice B? :/
that's right!
yay!! thank you1!:D
:)
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