Electric field in a region is given by $\vec{E} = A x \hat{i} + B y \hat{j}$, where $A = 10 ext{ V/m}^2$ and $B = 5 ext{ V/m}^2$. If the electric potential at a point $(10, 20)$ is $500 ext{ V}$, then the electric potential at origin is ________ $ ext{V}$.

Question

Electric field in a region is given by $\vec{E} = A x \hat{i} + B y \hat{j}$, where $A = 10 	ext{ V/m}^2$ and $B = 5 	ext{ V/m}^2$. If the electric potential at a point $(10, 20)$ is $500 	ext{ V}$, then the electric potential at origin is ________ $	ext{V}$.

Accepted Answer

2000

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Questions

Electric field in a region is given by $\vec{E} = A x \hat{i} + B y \hat{j}$ , where $A = 10 \text{ V/m}^2$ and $B = 5 \text{ V/m}^2$ . If the electric potential at a point $(10, 20)$ is $500 \text{ V}$ , then the electric potential at origin is ________ $\text{V}$ .

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