EC > GATE 2013 SET-1 > Wave Propagation
A monochromatic plane wave of wavelength λ = 600 μm is propagating in the direction as shown in the figure below. The angle of incidence θi and the expression for Ei are
A
60° and E0(−âx − âz/√2)e−jπ(3x+√2z)/10−4 V/m
B
45° and E0(−âx + âz/√2)e−jπ(3z)/10−4 V/m
C
45° and E0(−âx − âz/√2)e−jπ(3x+√2z)/10−4 V/m
D
60° and E0(−âx − âz/√2)e−jπ(3z)/10−4 V/m

Correct : c

Similar Questions

Consider a narrow band signal, propagating in a lossless dielectric medium (εr = 4, μr = 1), with phase velocity vp and group velocity vg. Which of the followin...
#105 MCQ
The distance (in meters) a wave has to propagate in a medium having a skin depth of 0.1 m so that the amplitude of the wave attenuates by 20 dB, is
#447 MCQ
The permittivity of water at optical frequencies is 1.75ε0. It is found that an isotropic light source at a distance d under water forms an illuminated cir...
#589 Fill in the Blanks

Related Topics

electromagnetics gate 2013 wave propagation plane wave propagation GATE EC 2013 wave equation angle of incidence electric field direction wave impedance GATE electromagnetic wave propagation in medium

Unique Visitor Count

Total Unique Visitors

Loading......

Question Options

Contributed by: