Question
what if the problem was with a proton so it reads: Aproton is placed in an xy plane where the electricpotential depends upon x and y as shown in in thefigure below (the potential does not depend upon z). Inunit-vector notation, what is the electric force on theproton? Aproton is placed in an xy plane where the electricpotential depends upon x and y as shown in in thefigure below (the potential does not depend upon z). Inunit-vector notation, what is the electric force on theproton? Aproton is placed in an xy plane where the electricpotential depends upon x and y as shown in in thefigure below (the potential does not depend upon z). Inunit-vector notation, what is the electric force on theproton? Aproton is placed in an xy plane where the electricpotential depends upon x and y as shown in in thefigure below (the potential does not depend upon z). Inunit-vector notation, what is the electric force on theproton? Aproton is placed in an xy plane where the electricpotential depends upon x and y as shown in in thefigure below (the potential does not depend upon z). Inunit-vector notation, what is the electric force on theproton? Aproton is placed in an xy plane where the electricpotential depends upon x and y as shown in in thefigure below (the potential does not depend upon z). Inunit-vector notation, what is the electric force on theproton?
Explanation / Answer
The answer would be (4x10^-16i-1.6x10^-16j)N because it is aproton which has a positive charge insted of an electron, which hasa negitive charge.