Consider a potential described by the function V(x,y) = 3ax² - 4by³ + 2cy. Where does the E field equal zero in the x-y

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Consider a potential described by the function V(x,y) = 3ax² - 4by³ + 2cy. Where does the E field equal zero in the x-y

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Consider A Potential Described By The Function V X Y 3ax 4by 2cy Where Does The E Field Equal Zero In The X Y 1
Consider A Potential Described By The Function V X Y 3ax 4by 2cy Where Does The E Field Equal Zero In The X Y 1 (10.54 KiB) Viewed 291 times
Consider a potential described by the function V(x,y) = 3ax² - 4by³ + 2cy. Where does the E field equal zero in the x-y plane? Assume a, b and c are positive constants. Show all work and make sure your answer is in terms of given variables.
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