A homogeneous plane wave propagating in water in the positive z direction with an electric field of E = àx 200 cos (2,5.10°Tt) V/m at z = 0. The material constant of seawater is ɛr= 72, Hr = 1, and K = 4 s/m. Determine: a) Damping constant, phase constant and characteristic impedance! b) Distance, in which the amplitude is 5% of the amplitude at the point z = 0!
A homogeneous plane wave propagating in water in the positive z direction with an electric field of E = àx 200 cos (2,5.10°Tt) V/m at z = 0. The material constant of seawater is ɛr= 72, Hr = 1, and K = 4 s/m. Determine: a) Damping constant, phase constant and characteristic impedance! b) Distance, in which the amplitude is 5% of the amplitude at the point z = 0!
Chapter16: Electromagnetic Waves
Section: Chapter Questions
Problem 38P: A parallel-plate capacitor has a plate area of A=0.250m2 and a separation of 0.0100 in. What must be...
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![A homogeneous plane wave propagating in water in the positive z direction with an electric field
of E = àx 200 cos (2,5.10°Tt) V/m at z = 0. The material constant of seawater is ɛr= 72, Hr = 1,
and K = 4 s/m.
Determine:
a) Damping constant, phase constant and characteristic impedance!
b) Distance, in which the amplitude is 5% of the amplitude at the point z = 0!](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2a78f34c-5fe1-48a1-8b73-f001251a9da7%2F407a6a2c-439f-49a1-b83b-88feb791b308%2Fygxv225_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A homogeneous plane wave propagating in water in the positive z direction with an electric field
of E = àx 200 cos (2,5.10°Tt) V/m at z = 0. The material constant of seawater is ɛr= 72, Hr = 1,
and K = 4 s/m.
Determine:
a) Damping constant, phase constant and characteristic impedance!
b) Distance, in which the amplitude is 5% of the amplitude at the point z = 0!
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