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The propagation constant of a lossy transmission line is (2 +j5) m-1 and its characteristic
impedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,
respectively,
impedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,
respectively,
- a)L = 200 μH/m, C = 0.1 μF/m, R = 50 ?/m, G = 0.02 S/m
- b)L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04 S/m
- c)L = 200 μH/m, C = 0.2 μF/m, R = 100 ?/m, G = 0.02 S/m
- d)L = 250 μH/m, C = 0.2 μF/m, R = 50 ?/m, G = 0.04 S/m
Correct answer is option 'B'. Can you explain this answer?
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Verified Answer
The propagation constant of a lossy transmission line is (2 +j5) m-1 a...
Therefore line constants L, C, R & G are respectively L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04 s/m
Most Upvoted Answer
The propagation constant of a lossy transmission line is (2 +j5) m-1 a...
The propagation constant of a lossy transmission line is typically represented as a complex number in the form α + jβ, where α is the attenuation constant and β is the phase constant. In this case, the propagation constant is given as (2 + j5) m^(-1).
The characteristic impedance of a transmission line is typically represented as a complex number in the form Z0 = R + jX, where R is the resistance component and X is the reactance component. In this case, the characteristic impedance is given as (50 + j0) Ω.
From this information, we can determine the attenuation constant (α) and the phase constant (β) as follows:
α = 2 m^(-1)
β = 5 m^(-1)
We can also determine the resistance component (R) and the reactance component (X) of the characteristic impedance as follows:
R = 50 Ω
X = 0 Ω
Therefore, the propagation constant of the lossy transmission line is (2 + j5) m^(-1) and its characteristic impedance is (50 + j0) Ω.
The characteristic impedance of a transmission line is typically represented as a complex number in the form Z0 = R + jX, where R is the resistance component and X is the reactance component. In this case, the characteristic impedance is given as (50 + j0) Ω.
From this information, we can determine the attenuation constant (α) and the phase constant (β) as follows:
α = 2 m^(-1)
β = 5 m^(-1)
We can also determine the resistance component (R) and the reactance component (X) of the characteristic impedance as follows:
R = 50 Ω
X = 0 Ω
Therefore, the propagation constant of the lossy transmission line is (2 + j5) m^(-1) and its characteristic impedance is (50 + j0) Ω.
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The propagation constant of a lossy transmission line is (2 +j5) m-1 and its characteristicimpedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,respectively,a)L = 200 μH/m, C = 0.1 μF/m, R = 50 ?/m, G = 0.02 S/mb)L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04S/mc)L = 200 μH/m, C = 0.2μF/m, R = 100 ?/m, G = 0.02S/md)L = 250 μH/m, C = 0.2μF/m, R = 50?/m, G = 0.04S/mCorrect answer is option 'B'. Can you explain this answer?
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The propagation constant of a lossy transmission line is (2 +j5) m-1 and its characteristicimpedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,respectively,a)L = 200 μH/m, C = 0.1 μF/m, R = 50 ?/m, G = 0.02 S/mb)L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04S/mc)L = 200 μH/m, C = 0.2μF/m, R = 100 ?/m, G = 0.02S/md)L = 250 μH/m, C = 0.2μF/m, R = 50?/m, G = 0.04S/mCorrect answer is option 'B'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about The propagation constant of a lossy transmission line is (2 +j5) m-1 and its characteristicimpedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,respectively,a)L = 200 μH/m, C = 0.1 μF/m, R = 50 ?/m, G = 0.02 S/mb)L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04S/mc)L = 200 μH/m, C = 0.2μF/m, R = 100 ?/m, G = 0.02S/md)L = 250 μH/m, C = 0.2μF/m, R = 50?/m, G = 0.04S/mCorrect answer is option 'B'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The propagation constant of a lossy transmission line is (2 +j5) m-1 and its characteristicimpedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,respectively,a)L = 200 μH/m, C = 0.1 μF/m, R = 50 ?/m, G = 0.02 S/mb)L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04S/mc)L = 200 μH/m, C = 0.2μF/m, R = 100 ?/m, G = 0.02S/md)L = 250 μH/m, C = 0.2μF/m, R = 50?/m, G = 0.04S/mCorrect answer is option 'B'. Can you explain this answer?.
The propagation constant of a lossy transmission line is (2 +j5) m-1 and its characteristicimpedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,respectively,a)L = 200 μH/m, C = 0.1 μF/m, R = 50 ?/m, G = 0.02 S/mb)L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04S/mc)L = 200 μH/m, C = 0.2μF/m, R = 100 ?/m, G = 0.02S/md)L = 250 μH/m, C = 0.2μF/m, R = 50?/m, G = 0.04S/mCorrect answer is option 'B'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about The propagation constant of a lossy transmission line is (2 +j5) m-1 and its characteristicimpedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,respectively,a)L = 200 μH/m, C = 0.1 μF/m, R = 50 ?/m, G = 0.02 S/mb)L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04S/mc)L = 200 μH/m, C = 0.2μF/m, R = 100 ?/m, G = 0.02S/md)L = 250 μH/m, C = 0.2μF/m, R = 50?/m, G = 0.04S/mCorrect answer is option 'B'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The propagation constant of a lossy transmission line is (2 +j5) m-1 and its characteristicimpedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,respectively,a)L = 200 μH/m, C = 0.1 μF/m, R = 50 ?/m, G = 0.02 S/mb)L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04S/mc)L = 200 μH/m, C = 0.2μF/m, R = 100 ?/m, G = 0.02S/md)L = 250 μH/m, C = 0.2μF/m, R = 50?/m, G = 0.04S/mCorrect answer is option 'B'. Can you explain this answer?.
Solutions for The propagation constant of a lossy transmission line is (2 +j5) m-1 and its characteristicimpedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,respectively,a)L = 200 μH/m, C = 0.1 μF/m, R = 50 ?/m, G = 0.02 S/mb)L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04S/mc)L = 200 μH/m, C = 0.2μF/m, R = 100 ?/m, G = 0.02S/md)L = 250 μH/m, C = 0.2μF/m, R = 50?/m, G = 0.04S/mCorrect answer is option 'B'. Can you explain this answer? in English & in Hindi are available as part of our courses for GATE.
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The propagation constant of a lossy transmission line is (2 +j5) m-1 and its characteristicimpedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,respectively,a)L = 200 μH/m, C = 0.1 μF/m, R = 50 ?/m, G = 0.02 S/mb)L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04S/mc)L = 200 μH/m, C = 0.2μF/m, R = 100 ?/m, G = 0.02S/md)L = 250 μH/m, C = 0.2μF/m, R = 50?/m, G = 0.04S/mCorrect answer is option 'B'. Can you explain this answer?, a detailed solution for The propagation constant of a lossy transmission line is (2 +j5) m-1 and its characteristicimpedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,respectively,a)L = 200 μH/m, C = 0.1 μF/m, R = 50 ?/m, G = 0.02 S/mb)L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04S/mc)L = 200 μH/m, C = 0.2μF/m, R = 100 ?/m, G = 0.02S/md)L = 250 μH/m, C = 0.2μF/m, R = 50?/m, G = 0.04S/mCorrect answer is option 'B'. Can you explain this answer? has been provided alongside types of The propagation constant of a lossy transmission line is (2 +j5) m-1 and its characteristicimpedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,respectively,a)L = 200 μH/m, C = 0.1 μF/m, R = 50 ?/m, G = 0.02 S/mb)L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04S/mc)L = 200 μH/m, C = 0.2μF/m, R = 100 ?/m, G = 0.02S/md)L = 250 μH/m, C = 0.2μF/m, R = 50?/m, G = 0.04S/mCorrect answer is option 'B'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice The propagation constant of a lossy transmission line is (2 +j5) m-1 and its characteristicimpedance is (50 + j0) ? at ω = 106 rad S-1. The values of the line constants L,C,R,G are,respectively,a)L = 200 μH/m, C = 0.1 μF/m, R = 50 ?/m, G = 0.02 S/mb)L = 250 μH/m, C = 0.1 μF/m, R = 100 ?/m, G = 0.04S/mc)L = 200 μH/m, C = 0.2μF/m, R = 100 ?/m, G = 0.02S/md)L = 250 μH/m, C = 0.2μF/m, R = 50?/m, G = 0.04S/mCorrect answer is option 'B'. Can you explain this answer? tests, examples and also practice GATE tests.
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