Charge in the form of a plane sheet with density σ=40μ C/m2 is located at z=–0.5 m. A uniform line of charge of density λ=−6μ C/m lies along the y− axis. Net flux that crosses the surface of cube 2 m as an edge, centered at the origin as shown, is K10−6ε0NCm2. Then value of K is

Charge in the form of a plane sheet with density σ=40μ C/m2 is locat

1.	Charge in the form of a plane sheet with density σ=40μ C/m2 is located at z=–0.5 m. A uniform line of charge of density λ=−6μ C/m lies along the y− axis. Net flux that crosses the surface of cube 2 m as an edge, centered at the origin as shown, is K10−6ε0NCm2. Then value of K is
Answer» Charge in the form of a plane sheet with density $σ = 40 μ {C/m}^{2}$ is located at $z = - 0.5 m$ . A uniform line of charge of density $λ = - 6 μ C/m$ lies along the $y -$ axis. Net flux that crosses the surface of cube $2 m$ as an edge, centered at the origin as shown, is $K \frac{10^{- 6}}{ε_{0}} \frac{N}{C} m^{2}$ . Then value of $K$ is

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Charge in the form of a plane sheet with density σ=40μ C/m2 is located at z=–0.5 m. A uniform line of charge of density λ=−6μ C/m lies along the y− axis. Net flux that crosses the surface of cube 2 m as an edge, centered at the origin as shown, is K10−6ε0NCm2. Then value of K is

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