The electric potential decreases uniformly from `100 V` to `50 V` as one moves along the x-axis from `x = 0` to `x = 5 m`. The electric field at `x = 2 m` must be equal to `10 V//m`. Is this statement true or false.

The electric potential decreases uniformly from `100 V` to `50 V` as o

1.	The electric potential decreases uniformly from `100 V` to `50 V` as one moves along the x-axis from `x = 0` to `x = 5 m`. The electric field at `x = 2 m` must be equal to `10 V//m`. Is this statement true or false.
Answer» `(delV)/(delx)=(-50)/5=-10V//m` Now `\|E\|=sqrt(((delV)/(delx))^2+((delV)/(dely))^2+((delV)/(delz))^2)` now information is given about `(delV)/(dely) and (delV)/(delz)`. Hence ` `\|E\|ge\|(delV)/(delx)\| or \|E\|ge10V/m`

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The electric potential decreases uniformly from `100 V` to `50 V` as one moves along the x-axis from `x = 0` to `x = 5 m`. The electric field at `x = 2 m` must be equal to `10 V//m`. Is this statement true or false.

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