1 1 vote A current sheet $\vec{J}=10 \hat{u}_y \; A / m$ lies on the dielectric interface $x=0$ between two dielectric media with $\varepsilon_{r 1}=5, \mu_{r 1}=1$ in Region-$1 \; (x<0)$ and $\varepsilon_{r 2}=2, \mu_{r 2}=2$ in Region-$2 \; (x>0)$. If the magnetic field in Region-$1$ at $x=0^{-}$ is $\vec{H}_1=3 \hat{u}_x+30 \hat{u}_y \; A / m$, the magnetic field in Region-$2$ at $x=0^{+}$ is $\vec{H}_2=1.5 \hat{u}_x+30 \hat{u}_y-10 \hat{u}_z \; A / m$ $\vec{H}_2=3 \hat{u}_x+30 \hat{u}_y-10 \hat{u}_z \; A / m$ $\vec{H}_2=1.5 \hat{u}_x+40 \hat{u}_y \; A / m$ $\vec{H}_2=3 \hat{u}_x+30 \hat{u}_y+10 \hat{u}_z \; A / m$ Maxwell's Equations gate2011-ec electromagnetics plane-waves-and-properties maxwell-equations + – admin 355 views answer comment Share Follow Add Sync Questions Print 0 reply Please log in or register to add a comment.
