The velocity and phase constant relation is given by(a) V = ω/β(b) V = ωβ(c) V = β/ω(d) Vωβ = 1I have been asked this question in class test.The query is from Transmission Line Secondary Parameters topic in portion Transmission Lines of Electromagnetic Theory

The velocity and phase constant relation is given by(a) V = ω/β(b) V

1.	The velocity and phase constant relation is given by(a) V = ω/β(b) V = ωβ(c) V = β/ω(d) Vωβ = 1I have been asked this question in class test.The query is from Transmission Line Secondary Parameters topic in portion Transmission Lines of Electromagnetic Theory
Answer» Right choice is (a) V = ω/β For EXPLANATION I WOULD say: The velocity of a wave is the RATIO of the frequency in radian/second to the phase CONSTANT. It is GIVEN by V = ω/β.

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The velocity and phase constant relation is given by(a) V = ω/β(b) V = ωβ(c) V = β/ω(d) Vωβ = 1I have been asked this question in class test.The query is from Transmission Line Secondary Parameters topic in portion Transmission Lines of Electromagnetic Theory

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