The electric and magnetic field, associa...

The electric and magnetic field, associated with an e.m. wave, propagating along the `+z` axis, can be represented by

`vecE=E_(0)hatj, vecB=B_(0)hatk`

`vecE=E_(0)hati, vecB=B_(0)hatj`

`vecE=E_(0)hatk, vecB=B_(0)hati`

`vecE=E_(0)hatj, vecB=B_(0)hati`

Text Solution

Verified by Experts

The correct Answer is:

As e.m. wave is propagating along the `+z` axis, `vecE` must be along `+x` axis and `vecB` along `+y` axis.
Hence `vecE=E_(0)hati, vecB=B_(0)hatj`.

Topper's Solved these Questions

ELECTROMAGNETIC WAVES
U-LIKE SERIES|Exercise FILL IN THE BLANKS|14 Videos
ELECTROMAGNETIC WAVES
U-LIKE SERIES|Exercise TRUE OR FALSE|5 Videos
ELECTROMAGNETIC WAVES
U-LIKE SERIES|Exercise CASE BASED/SOURCE- BASED INTEGRATED QUESTIONS|9 Videos
ELECTRIC CHARGES AND FIELDS
U-LIKE SERIES|Exercise SELF ASSESSMENT TEST (SECTION-B) (VERY SHORT ANSWER QUESTIONS)|4 Videos
ELECTROMAGNETICE INDUCTION
U-LIKE SERIES|Exercise Self Assessment Test Section -D|1 Videos

Similar Questions

Explore conceptually related problems

The electric and the magnetic field, associated with an e.m. wave propagating along the +z axis, can be represented by

The electric and the magnetic field, associated with a electromagnetic, wave, propagating along the +z-"axis" , can be represented by

The electric and the magnetic field, associted with an electromagnetic wave, propagating along the +x-axis , can be represented by

An electromagnetic wave is propagating along Y-axis. Then

How is electromagnetic wave produced ? Draw a sketch of a plane e.m. wave propagating along X-axis depicting the directions of the oscillating electric and magnetic fields.

Assertion: EM wave are transwers in nature. Reason: The electric and magnetic fields of an e.m. wave are perpendicular to each other also perpendicular to the direction of wave propagation.

The electric field of EM wave is 6 volt/m. The magntic field associated with the wave if the wave is propagating in +v direction and electric field along y -axis is: (A) 10^(-8)That(K) (B) 2xx10^(-8)That(K) (C) 3xx10^(-8)That(K) (D) 4xx10^(-8)That(K)

If vecE " and " vecB be the electric and magnetic field of E.M. wave then the direction of propogation of E.M. wave is along the direction.

U-LIKE SERIES-ELECTROMAGNETIC WAVES-MULTIPLE CHOICE QUESTIONS

The ratio of contributions made by the electric field and magnetic fie...
Text Solution
|
Frequency of an electromagnetic wave is 6.0xx10^(15)Hz. The wave is
Text Solution
|
A plane e.m. wave of frequency 30 MHz travels in free space along the ...
Text Solution
|
The magnetic field in a plane electromagnetic wave is given by B(y)=2x...
Text Solution
|
The electric and magnetic field, associated with an e.m. wave, propaga...
Text Solution
|
Which of the following type of radiation has maximum wavelength?
Text Solution
|
Which of the following are not electromagnetic waves?
Text Solution
|
Energy stored in electromagnetic waves in the form of
Text Solution
|
In an experiment the electric field was found to oscillate with an amp...
Text Solution
|
The electromagnetic waves do not transport.
Text Solution
|
Frequency of an electromagnetic wave is 6.0xx10^(15)Hz. The wave is
Text Solution
|
The osicllating electric and magnetic vectors of an electromagnetic wa...
Text Solution
|
Pressure exeted by an electromagneti wave os intesnity .I. on a non - ...
Text Solution
|
If lambda(v), lambda(m) and lambda(x) represent wavlength of visible ...
Text Solution
|
Radiations of intensity 0.6Wm^(-2) are incident on a non - reflecting ...
Text Solution
|
Electromagnetic waves can be produced by
Text Solution
|
In complete electromagnetic spectrum radiation having minimum waveleng...
Text Solution
|
Which of the following electromagnetic waves have minimum frequency?
Text Solution
|
Displacement current I(D) is given as
Text Solution
|
As per Ampere - Maxwell.s circuital law
Text Solution
|