The electric field in a region is given by →E=(Ax+B)^i, where E is in NC−1 and x is in metres. The values of constants are A=20 SI unit and B=10 SI unit. If the potential at x=1, is V1, and that at x=−5 is V2, then V1−V2

The electric field in a region is given by →E=(Ax+B)^i, where E is i

1.	The electric field in a region is given by →E=(Ax+B)^i, where E is in NC−1 and x is in metres. The values of constants are A=20 SI unit and B=10 SI unit. If the potential at x=1, is V1, and that at x=−5 is V2, then V1−V2
Answer» The electric field in a region is given by $\to E = (A x + B)^i$ , where $E$ is in ${NC}^{- 1}$ and $x$ is in metres. The values of constants are $A = 20$ SI unit and $B = 10$ SI unit. If the potential at $x = 1$ , is $V_{1}$ , and that at $x = - 5$ is $V_{2}$ , then $V_{1} - V_{2}$

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The electric field in a region is given by →E=(Ax+B)^i, where E is in NC−1 and x is in metres. The values of constants are A=20 SI unit and B=10 SI unit. If the potential at x=1, is V1, and that at x=−5 is V2, then V1−V2

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