Finite Difference Time Domain History Quiz Question and Answers 55 PDF Download

Finite difference time domain history quiz questions and answers, finite difference time domain history online learning, em theory test prep 55 for distance learning online engineering courses. College and university courses MCQs on metamaterials quiz, finite difference time domain history multiple choice questions to practice advance electromagnetic theory quiz with answers. Learn finite difference time domain history MCQs, career aptitude test on bohr's model, dielectric permittivity, wave vector, boundary conditions, finite difference time domain history practice test for online what is electromagnetic radiation courses distance learning.

Practice finite difference time domain history career test with multiple choice question (MCQs): mur published first numerically stable, second-order accurate, absorbing boundary condition (abc) for yees grid at, for online engineering courses with options 1920, 1961, 1972, 1981 for online school for engineering degree. Learn metamaterials questions and answers with problem-solving skills assessment test.

Quiz on Finite Difference Time Domain History Worksheet 55Quiz PDF Download

Finite Difference Time Domain History Quiz

MCQ: Mur published first numerically stable, second-order accurate, absorbing boundary condition (ABC) for Yee?s grid at

  1. 1920
  2. 1961
  3. 1972
  4. 1981

D

Boundary Conditions Quiz

MCQ: A boundary value problem is a differential equation together with a set of additional constraints, called the

  1. integral conditions
  2. differential conditions
  3. boundary conditions
  4. banded conditions

C

Wave Vector Quiz

MCQ: If k= wave vector and H is magnetic field than kxH=

  1. µ+wH
  2. ∊wE
  3. µwH
  4. ∊+wE

B

Dielectric Permittivity Quiz

MCQ: In dieelectric, electric polarization vector relationship with E is

  1. directly proportional
  2. inversely proportional
  3. double of D
  4. no relationship exist

A

Bohr's Model Quiz

MCQ: Orbital shells which consist of electrons must have

  1. zero radii
  2. same radii
  3. continuous radii
  4. discrete radii

D