A signal propagated in a waveguide has a full wave of electric intensity change between the two further walls, and no component of the electric field in the direction of propagation. The mode is

A signal propagated in a waveguide has a full wave of electric intensi

1.	A signal propagated in a waveguide has a full wave of electric intensity change between the two further walls, and no component of the electric field in the direction of propagation. The mode is
A.	TE1.1
B.	TE1.0
C.	TM2.2
D.	TE2.0
Answer» E.

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A signal propagated in a waveguide has a full wave of electric intensity change between the two further walls, and no component of the electric field in the direction of propagation. The mode is

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