Quantrex Quantrex AcademyJEE · NEET · NDA PYQs with solutions Open app
Concepts Of Physics MCQ Edition [Volume 2]PhysicsGauss's Law

Two large conducting plates are positioned parallel to each other and carry equal and opposite charges with surface density . Calculate the electric field to the right of the plates.

Options

  1. A0
  2. B2 ₀
  3. C2 ₀
  4. D

Correct answer

A. 0

Step-by-step solution

Let the surface charge density of the positive plate be + and the negative plate be - . The electric field produced by a single large charged plate with surface charge density at any point outside it is given by E = 2 ₀ . For a point to the right of both plates: The electric field due to the positively charged plate (left plate) is directed away from it, i.e., towards the right, with magnitude E_+ = 2 ₀ . The electric field due to the negatively charged plate (right plate) is directed towards it, i.e., towards the

Practice Gauss's Law on Quantrex Academy →

More from Gauss's Law

In a certain region, the electric field is expressed as E = 3 5 E₀ i + 4 5 E₀ j , where E₀ = 2.0 10^3 N C ⁻¹ . Determine the flux of this field through a rectangular surface havingThe electric field in a certain region is defined by E = E₀ x l i . Determine the charge enclosed within a cubical volume defined by the planes x = 0 , x = a , y = 0 , y = a , z = A charge Q is situated at the centre of a cube. Determine the electric field flux through the six surfaces of the cube.A charge Q is situated at a distance a/2 above the centre of a horizontal square surface of edge a , as shown in the figure. Calculate the flux of the electric field through the sqA charge Q is distributed uniformly over a rod of length l . A hypothetical cube of edge l is positioned such that its centre coincides with one end of the rod. Determine the minimDetermine the net charge in a region in which the electric field is uniform at all points.Determine the flux of the electric field through a spherical surface of radius R caused by a charge of 10⁻⁷ C located at its centre and a second identical charge positioned at a diA charge Q is situated at the centre of an imaginary hemispherical surface. By applying symmetry arguments and Gauss's law, determine the flux of the electric field due to this cha Full Gauss's Law list All Concepts Of Physics MCQ Edition [Volume 2] PYQs