State flemings right hand rule, Physics

Assignment Help:

Q State Fleming's right hand rule.

Fleming's right hand rule

The middle finger, the forefinger and the thumb of the right hand are held in the three mutually perpendicular directions. If the forefinger points beside the direction of the magnetic field and the thumb are along the direction of motion of the conductor then the middle finger points in the direction of the induced current. This rule is as well called generator rule.


Related Discussions:- State flemings right hand rule

Explain eye chamber and its working, Eye Chamber: The ball is separated...

Eye Chamber: The ball is separated into two chamber, the aqueous chamber and the vitreous chamber. Working: Parallel rays from an object converged by the eye lens and b

Consider the temperature distribution, Consider the temperature distributio...

Consider the temperature distribution in a 1D flat plate, insulated at x = L and exposed to convective heat transfer at x = 0. On the axes below, sketch what the distribution looks

Electric field characterized by the electric potential, Question: A pro...

Question: A proton a absolutely charged elementary particle is released from rest at a point in space where the electric potential is 15 volts. Following to its release the par

Refractive index, show that in a glass prism that the refractive index n = ...

show that in a glass prism that the refractive index n = sin1/2(A+Dmin)/sin1/2A where a = refracting angle. hence if the angle of incidence i on oan air boundary is 60degrees. calc

Which one of the following pairs is not correctly matched, Which one of the...

Which one of the following pairs is not correctly matched: (1) Rutherford-Proton (2) J.J. Thomsom-Electron (3) J.H. Chadwick-Neutron (4) Bohr-Isotope Ans:(4)Bohr-Is

Simple cubic and body centred cubic, Normal 0 false false f...

Normal 0 false false false EN-IN X-NONE X-NONE

Self Gravitational PE, Self Gravitational Potential Energy of matter formin...

Self Gravitational Potential Energy of matter forming a thin uniform shell of mass M and radius R is-

Magnitude of k.e. in an orbit, Magnitude of K.E. in an orbit is equal to: ...

Magnitude of K.E. in an orbit is equal to: (1)Half of the potential energy     (2)Twice of the potential energy       (3)One fourth of the potential energy   (4 ) None

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd