Question

Out of electric field vector Ê and magnetic field vector B in an electromagnetic wave which is more effective and why

Answer 1

Explanation:

Out of the electric field vector E and magnetic field vector B in an EM wave ... In electromagnetic waves, which field is more effective, an electric field, ...

Answer 2

Answer:

An electromagnetic wave's electric field vector E is greater than the electromagnetic field vector B.

Explanation:

$\frac{F_e}{F_m} = \frac{qE}{qvB}$  ---- (1)

$F_e$ is the force due to the electric field

$F_m$ is the force due to the magnetic field

$qE$ is the charge due to electric field

$qB$ is the charge due to the magnetic feild

from the equation stated above (1) we can say that

=> $\frac{qE}{qvB} =\frac{E}{vB}$

where the value of c is { c = E/B }

therefore we can say that ,

=> c / v

we know that the value of c is greater than the value of velocity that is

c > > v

therefore we can see that,

$F_e > > F_m$

so from this we can say that force due to electric field is greater than the force due to magnetic field.

To learn more about Electromagnetic field :

https://brainly.in/question/24879537

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