The electric and the magnetic field, associated with an electromagnetic wave, propagating along X axis can be represented by ……….
A. \(\vec { E } \) = E0 \(\hat{j}\) and \(\vec { B } \) = B0 \(\hat{k}\)
B. \(\vec { E } \) = E0 \(\hat{k}\) and \(\vec { B } \) = B0 \(\hat{j}\)
C. \(\vec { E } \) = E0 \(\hat{i}\) and \(\vec { B } \) = B0 \(\hat{j}\)
D. \(\vec { E } \) = E0 \(\hat{j}\) and \(\vec { B } \) = B0 \(\hat{j}\)
Answer:B
The electric and the magnetic field, associated with an electromagnetic wave, propagating along X axis can be represented by ……….
A. \(\vec { E } \) = E0 \(\hat{j}\) and \(\vec { B } \) = B0 \(\hat{k}\) B. \(\vec { E } \) = E0 \(\hat{k}\) and \(\vec { B } \) = B0 \(\hat{j}\) C. \(\vec { E } \) = E0 \(\hat{i}\) and \(\vec { B } \) = B0 \(\hat{j}\) D. \(\vec { E } \) = E0 \(\hat{j}\) and \(\vec { B } \) = B0 \(\hat{j}\)