# Drude Model Quiz Question and Answers 4 PDF Download

Drude model quiz questions and answers, drude model online learning, em theory test prep 4 for distance learning online engineering courses. College and university courses MCQs on metamaterials quiz, drude model multiple choice questions to practice advance electromagnetic theory quiz with answers. Learn drude model MCQs, career aptitude test on dielectric constitutive relationship, harmonic plane, nonpolar dielectric materials, cloak devices, drude model practice test for online electromagnetism physics courses distance learning.

Practice drude model career test with multiple choice question (MCQs): model which explain transport properties of electrons in materials (especially metals) is called, for online engineering courses with options drude model, faraday model, newton model, gaussian model for electrical engineering schools online. Learn metamaterials questions and answers with problem-solving skills assessment test.

## Quiz on Drude Model Worksheet 4Quiz PDF Download

Drude Model Quiz

MCQ: Model which explain transport properties of electrons in materials (especially metals) is called

- Drude model
- Faraday model
- Newton model
- Gaussian model

A

Cloak Devices Quiz

MCQ: Early cloak devices required extreme values for metamaterial properties, which results in a narrow operation band and

- low loss
- high loss
- zero loss
- infinite loss

B

Nonpolar Dielectric Materials Quiz

MCQ: In absence of applied electric field in nonpolar dielectric materials, charges are averaged in such a way that

- opposite charges add each other
- opposite charges cancel each other
- similar charges add each other
- similar charges repel each other

B

Harmonic Plane Quiz

MCQ: In harmonic plane general equation, A(x,t)=A_{o}cos(kx-wt+φ), 'w' is representation of

- magnitude of wave disturbance
- amplitude
- wave number
- angular frequency

D

Dielectric Constitutive Relationship Quiz

MCQ: If ∊ is dielectric permitivity, than ∊=

- relative permitivity
- free space permitivity
- sum of relative and free space permitivity
- product of relative and free space permitivity

D