0.60 N, Force between +2 μC and +3 μC at 0.30 m, One-fourth of original value, If the separation between two point charges is doubled while the charges remain unchanged, the electrostatic force becomes, To the right, A positive point charge is placed in an electric field directed to the right. In which direction is the electric force on the charge?, 0.001 N, Force on +2 μC in 500 N/C field, Radially outward, decreases as 1/r², Field of a positive point charge is, −2 N/C along -x-axis, At a point, one electric field is 3 N/C along +x, and another is 5 N/C along −x. What is the resultant electric field?, Zero, Electric field at origin between identical positive charges, Total enclosed charge, According to Gauss’s law, the net electric flux through a closed surface depends directly on, 0, Flux through a Gaussian surface with no net enclosed charge, It remains unchanged, A point charge Q is enclosed by a spherical Gaussian surface. If the radius of the sphere is doubled, what happens to the net electric flux through the surface?

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