The electric field is perpendicular to the "a" dimension of a waveguide in what mode?

The electric field is perpendicular to the "a" dimension of a  waveguide in what mode?
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Answer :

TE.
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Related questions

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The dominant mode in cylindrical waveguide

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What is the result of an abrupt change in the size, shape, or dielectric of a waveguide?

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What device is used to produce a gradual change in impedance at the end of a waveguide?

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What is the result of an impedance mismatch in a waveguide?

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Which subscript, in circular waveguide classification, indicates the number of full-wave patterns around the circumference?

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How is the cutoff wavelength of a circular waveguide figured?

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What term is used to identify the forward progress velocity of wavefronts in a waveguide?

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Assuming the wall of a waveguide is perfectly flat, what is the angular relationship between the angle of incidence and the angle of reflection

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When a wavefront is radiated into a waveguide, what happens to the portions of the wavefront that do not satisfy the boundary conditions?

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What interaction causes energy to travel down a waveguide?

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What happens to the bus bar dimensions of the waveguide when the frequency is increased?

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The frequency range of a waveguide is determined by what dimensions?

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The large surface area of a waveguide greatly reduces what type of loss that is common in two-wire and coaxial lines?

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The folded waveguide in a bwo serves the same purpose as what component in a twt?

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The number of half-wave patterns in the "b" dimension of rectangular waveguides is indicated by which of the two descriptive subscripts?

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In electromagnetic waves, the electric field will be perpendicular to which of the following? a) Magnetic field intensity b) Wave propagation c) Both H and wave direction d) It propagates independently

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For an infinite sheet of positive charge, the electric field lines: w) run parallel to the sheet of charge x) are perpendicular to the sheet of charge and point in toward the sheet y) are perpendicular to the sheet of charge and point away from the sheet z) fall off as one over r squared

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For an electric field to exist at the surface of a conductor, the field must have what angular relationship to the conductor?

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