In the figure, a very large plane sheet of positive charge is shown. $P _{1}$ and $P _{2}$ are two points at distance $l$ and $2 \,l$ from the charge distribution. If $\sigma$ is the surface charge density, then the magnitude of electric fields $E_{1}$ and $E_{2}$ at $P _{1}$ and $P _{2}$ respectively are
In the figure, a very large plane sheet of positive charge is shown. $P _{1}$ and $P _{2}$ are two points at distance $l$ and $2 \,l$ from the charge distribution. If $\sigma$ is the surface charge density, then the magnitude of electric fields $E_{1}$ and $E_{2}$ at $P _{1}$ and $P _{2}$ respectively are
- [JEE MAIN 2022]
- A
$E _{1}=\sigma / \varepsilon_{0}, E _{2}=\sigma / 2 \varepsilon_{0}$
- B
$E _{1}=2 \sigma / \varepsilon_{0}, E _{2}=\sigma / \varepsilon_{0}$
- C
$E _{1}= E _{2}=\sigma / 2 \varepsilon_{0}$
- D
$E _{1}= E _{2}=\sigma / \varepsilon_{0}$
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