Related InterviewSolutions

• Find the electric field due to charge density of 1/18 and distance from a point P is 0.5 in air(in 10^9 order)(a) 0(b) 1(c) 2(d) 3This question was posed to me in an interview for internship.Origin of the question is Method of Images in section Electrostatic Boundary Value Problem of Electromagnetic Theory
• Calculate the electric field due to a surface charge of 20 units on a plate in air(in 10^12 order)(a) 2.19(b) 1.12(c) 9.21(d) 2.91The question was posed to me during an online exam.This interesting question is from Method of Images topic in section Electrostatic Boundary Value Problem of Electromagnetic Theory
• By method of images, the problem can be easily calculated by replacing the boundary with which polygon?(a) Rectangle(b) Trapezoid(c) Square(d) TriangleThis question was addressed to me during an online exam.Asked question is from Method of Images in portion Electrostatic Boundary Value Problem of Electromagnetic Theory
• Find the energy stored by the capacitor 3F having a potential of 12V across it.(a) 432(b) 108(c) 216(d) 54I have been asked this question during a job interview.This key question is from Method of Images in chapter Electrostatic Boundary Value Problem of Electromagnetic Theory
• A material with zero resistivity is said to have(a) Zero conductance(b) Infinite conductance(c) Zero resistance(d) Infinite resistanceThe question was asked in examination.Question is from Method of Images topic in section Electrostatic Boundary Value Problem of Electromagnetic Theory
• Find the dissipation factor when series resistance is 5 ohm and capacitive resistance is 10 unit.(a) 2(b) 0.5(c) 1(d) 0I had been asked this question by my school teacher while I was bunking the class.The origin of the question is Method of Images in section Electrostatic Boundary Value Problem of Electromagnetic Theory
• Calculate the electric field intensity of a line charge of length 2m and potential 24V.(a) 24(b) 12(c) 0.083(d) 12.67This question was addressed to me in an international level competition.Question is taken from Method of Images in section Electrostatic Boundary Value Problem of Electromagnetic Theory
• Calculate potential of a metal plate of charge 28C and capacitance 12 mF.(a) 3.33 kohm(b) 2.33 kohm(c) 3.33 Mohm(d) 2.33 MohmThe question was posed to me in an international level competition.The origin of the question is Method of Images topic in portion Electrostatic Boundary Value Problem of Electromagnetic Theory
• Identify the advantage of using method of images.(a) Easy approach(b) Boundaries are replaced by charges(c) Boundaries are replaced by images(d) Calculation using Poisson and Laplace equationThis question was addressed to me during an online exam.My question comes from Method of Images topic in division Electrostatic Boundary Value Problem of Electromagnetic Theory
• The capacitance of a material refers to(a) Ability of the material to store magnetic field(b) Ability of the material to store electromagnetic field(c) Ability of the material to store electric field(d) Potential between two charged platesThe question was asked by my school teacher while I was bunking the class.This intriguing question comes from Resistances and Capacitances in division Electrostatic Boundary Value Problem of Electromagnetic Theory