MCQsLearn App Free MCQsLearn App Download - Android - iOS
As an Amazon Associate I earn from qualifying purchases.

Dielectric Constant of Dielectric Materials Quiz Questions and Answers PDF | Download eBooks - 73

Solve Dielectric constant of dielectric materials quiz questions and answers PDF, dielectric constant of dielectric materials MCQ with answers to practice electromagnetic theory worksheet 73 with online free courses. Practice Electrical Properties of Dielectric quiz questions and answers, dielectric constant of dielectric materials Multiple Choice Questions (MCQ) to solve advance electromagnetic theory test with answers for online electronics engineering degree. Free dielectric constant of dielectric materials MCQs, harmonic plane, introduction to electromagnetic fields, magnetic charge density, snell's law, dielectric constant of dielectric materials test prep for high school entrance exam.

"Dielectric constant=50 for", dielectric constant of dielectric materials Multiple Choice Questions (MCQ) with choices ammonia, glycerin, ferrite, and rutile for online graduate programs. Learn electrical properties of dielectric questions and answers with free online certification courses for engineering associate's degree online.

Quiz on Dielectric Constant of Dielectric Materials PDF Download eBook 73

Dielectric Constant of Dielectric Materials Quiz

MCQ: Dielectric constant=50 for

  1. glycerin
  2. ammonia
  3. ferrite
  4. rutile

A

Snell's Law Quiz

MCQ: Snell's law represented as

  1. sinθi/sinθr=nr/ni
  2. sinθi/sinθr=nrni
  3. sinθi/sinθr=ni/nr
  4. sinθisinθr=nr/ni

A

Magnetic Charge Density Quiz

MCQ: In Maxwell's equation, ∇·B=ρmv;, ρmv known a

  1. magnetic charge density
  2. electric charge density
  3. magnetic field intensity
  4. electric field intensity

A

Introduction to Electromagnetic Fields Quiz

MCQ: Magnetic field direction can be find out by

  1. right hand rule
  2. left hand rule
  3. scalar quantity
  4. None

A

Harmonic Plane Quiz

MCQ: A harmonic plane wave traveling to the right along the x-axis can be represented by the equation

  1. A(x,t)=Aocos(kx-wt+φ)
  2. A(x,t)=Aocos(kx-φ)
  3. A(x,t)=Aosin(kx-wt+φ)
  4. A(x,t)=Aocosφ

A