Electromagnetic Waves Part 1

Section: Physics

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Question : 89 of 100

Marks: +1, -0

Consider an electromagnetic wave propagating in vacuum. Choose the correct statement :

[Main 10 Apr 2016]

For an electromagnetic wave propagating in +x direction the electric field is
→
E
=
1
√2
Eyz(x,t)(
∧
y
−
∧
z
) and the magnetic field is
→
B
=
1
√2
Byz(x,t)(
∧
y
+
∧
z
)
For an electromagnetic wave propagating in +x direction the electric field is
→
E
=
1
√2
Eyz(y,z,t)(
∧
y
+
∧
z
) and the magnetic fields is
→
B
=
1
√2
Byz(y,z,t)(
∧
y
+
∧
z
)
For an electromagnetic wave propagating in +y direction the electric field is
→
E
=
1
√2
Eyz(x,t)
∧
y
and the magnetic fields is
→
B
=
1
√2
Byz(x,t)
∧
z
For an electromagnetic wave propagating in +y direction the electric field is
→
E
=
1
√2
Eyz(x,t)
∧
z
and the magnetic fields is
→
B
=
1
√2
Bz(x,t)
∧
y

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