" An electric field can deflect : "

Both, the electric and magnetic fields can deflect a moving electron. What is the difference between these deflections?

Both the electric and magnetic fields can deflect a moving electron. What is the difference between these deflections?

Can a powerful magnetic or electric field deflect gamma rays ?

Electromagnetic waves - (A) Can show interference (B) Can be polarised (C) Are deflected by electric field (D) Are deflected by magnetic field

Write the expression for work done by the force acting on an electric dipole to deflect it through a certain angle with respect to the uniform electric field.

Assertion (A), study of discharge of electricity through gases at low pressure resulted in the discovery of cathod rays . Reason (R ): cathod rays are deflected by both magnetic and electric fields and the direction of deflection shows that they are nagatievly charged .

(A) : The electron passing parallel to both magnetic and electric field is always deflected from its path (R) : If velocity of electrons is equal to ratio of magnetic and electric field in crossed fields applied then electron beam remains undeflected.

(A) : The electron passing parallel to both magnetic and electric field is always deflected from its path (R) : If velocity of electrons is equal to ratio of magnetic and electric field in crossed fields applied then electron beam remains undeflected.

Electric and magneic fields can not deflect

An electric dipole is along a unifrom electric field.If it is deflected by 60^(@) ,work done by an agent is 2xx10^(-19)J .then the work done by an agent if it is deflected by 30^(@) futher