Electromagnetic forces are defined by(a) Fleming’s right hand rule(b) Fleming’s left hand rule(c) Faraday’s law(d) Ampere lawI had been asked this question in an online quiz.I'm obligated to ask this question of Dot and Cross Product topic in chapter Vector Analysis and Applications of Electromagnetic Theory

Electromagnetic forces are defined by(a) Fleming’s right hand rule(b

1.	Electromagnetic forces are defined by(a) Fleming’s right hand rule(b) Fleming’s left hand rule(c) Faraday’s law(d) Ampere lawI had been asked this question in an online quiz.I'm obligated to ask this question of Dot and Cross Product topic in chapter Vector Analysis and Applications of Electromagnetic Theory
Answer» Right OPTION is (b) Fleming’s left hand rule The best I can explain: The three left hand fingers denote electric FIELD, magnetic field and WAVE propagation in free space, ANALOGOUS to force, magnetic field and current RESPECTIVELY in any conductor.

Discussion

No Comment Found

Related InterviewSolutions

A field has zero divergence and it has curls. The field is said to be(a) Divergent, rotational(b) Solenoidal, rotational(c) Solenoidal, irrotational(d) Divergent, irrotationalI got this question during an online interview.My doubt stems from Vector Properties in chapter Vector Analysis and Applications of Electromagnetic Theory
The magnetic field intensity is said to be(a) Divergent(b) Curl free(c) Solenoidal(d) RotationalI have been asked this question in an interview for job.Enquiry is from Vector Properties in section Vector Analysis and Applications of Electromagnetic Theory
A vector is said to be solenoidal when its(a) Divergence is zero(b) Divergence is unity(c) Curl is zero(d) Curl is unityI have been asked this question in an interview for job.I'm obligated to ask this question of Vector Properties in section Vector Analysis and Applications of Electromagnetic Theory
Identify the correct vector identity.(a) i . i = j . j = k . k = 0(b) i X j = j X k = k X i = 1(c) Div (u X v) = v . Curl(u) – u . Curl(v)(d) i . j = j . k = k . i = 1I got this question during an online exam.My question is from Vector Properties in division Vector Analysis and Applications of Electromagnetic Theory
The curl of gradient of a vector is non-zero. State True or False.(a) True(b) FalseThis question was addressed to me during an online exam.My doubt is from Vector Properties in section Vector Analysis and Applications of Electromagnetic Theory
The divergence of curl of a vector is zero. State True or False.(a) True(b) FalseThe question was asked in final exam.I want to ask this question from Vector Properties topic in portion Vector Analysis and Applications of Electromagnetic Theory
The Laplacian operator is actually(a) Grad(Div V)(b) Div(Grad V)(c) Curl(Div V)(d) Div(Curl V)I have been asked this question in an online interview.My enquiry is from Vector Properties in portion Vector Analysis and Applications of Electromagnetic Theory
The del operator is called as(a) Gradient(b) Curl(c) Divergence(d) Vector differential operatorThis question was posed to me in an internship interview.This key question is from Vector Properties topic in portion Vector Analysis and Applications of Electromagnetic Theory
The relation between vector potential and field strength is given by(a) Gradient(b) Divergence(c) Curl(d) Del operatorThis question was addressed to me in a job interview.My doubt stems from Vector Properties topic in division Vector Analysis and Applications of Electromagnetic Theory
Find the projection of A on B. Given A = 10j + 3k and B = 4j + 5k.(a) 6(b) 6.25(c) 6.5(d) 6.75I have been asked this question in a job interview.This is a very interesting question from Position and Distance Vectors in portion Vector Analysis and Applications of Electromagnetic Theory

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment