Dielectric Permittivity Quiz Question and Answers 7 PDF Download

Learn dielectric permittivity quiz questions, online advance electromagnetic theory test 7 for distance learning degree, online courses. Colleges and universities MCQs on electrical properties of dielectric quiz, dielectric permittivity multiple choice questions and answers to learn advance electromagnetic theory quiz with answers. Practice dielectric permittivity MCQs career test for assessment on drude-lorentz model, dielectric constitutive relationship, euclidean plane, chiral metamaterials, dielectric permittivity practice test for online electromagnetic theory courses distance learning.

Study bachelor's degree and master's degree in electrical and electronics engineering problems, dielectric permittivity online course has multiple choice question (MCQs): electric susceptibility is inversely proportional to with options permitivity, polarization vector, magnetic field intensity and permeability for engineers' admission preparation in undergraduate degree programs and masters degree programs. Learn electrical properties of dielectric quiz questions with problem solving skills assessment test.

Quiz on Dielectric Permittivity Worksheet 7Quiz PDF Download

Dielectric Permittivity Quiz

MCQ: Electric susceptibility is inversely proportional to

  1. permitivity
  2. polarization vector
  3. magnetic field intensity
  4. permeability


Chiral Metamaterials Quiz

MCQ: Mirror images of a chiral molecule/ion are called

  1. enantiomers
  2. antiomers
  3. tiomers
  4. bantiomers


Euclidean Plane Quiz

MCQ: Two-dimensional Euclidean plane is known as

  1. Euclidean space
  2. Dihedral space
  3. one dimensional space
  4. zero plane


Dielectric Constitutive Relationship Quiz

MCQ: Dielectric constitutive relationship is

  1. D=∊
  2. D=∊HE
  3. D=∊E
  4. D=∊H


Drude-Lorentz Model Quiz

MCQ: Lorentz extended drude model and thus extended classical model is called

  1. Drude-Hendrik model
  2. Drude-Sommerfeld model
  3. Drude-Lorentz model
  4. Lorentz model