A region of space contains a uniform electric field of magnitude \(E_0\) directed in the positive \(x\)-direction. Point \(A\) is located at the origin \((0,0)\), Point \(B\) is located at \((d,0)\), and Point \(C\) is located at \((0,d)\), where \(d > 0\). What are the electric potential differences \(\Delta V_{AB} = V_B - V_A\) and \(\Delta V_{AC} = V_C

AP Physics C: E&M

9.2 Electric Potential

BeginnerMCQMathematicalConceptual16.7k

Points A, B, and C in a uniform electric field.

A region of space contains a uniform electric field of magnitude \(E_0\) directed in the positive \(x\)-direction. Point \(A\) is located at the origin \((0,0)\), Point \(B\) is located at \((d,0)\), and Point \(C\) is located at \((0,d)\), where \(d > 0\). What are the electric potential differences \(\Delta V_{AB} = V_B - V_A\) and \(\Delta V_{AC} = V_C - V_A\)?

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