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The condition which will satisfy the dimensions of the waveguide is
- a)a = b
- b)a > b
- c)a < b
- d)ab = 0
Correct answer is option 'B'. Can you explain this answer?
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Verified Answer
The condition which will satisfy the dimensions of the waveguide isa)a...
Answer: b
Explanation: The dimensions a and b represent the broad wall and the side wall dimensions respectively. The broad wall will be greater than the side wall. Thus the condition a>b is true.
Explanation: The dimensions a and b represent the broad wall and the side wall dimensions respectively. The broad wall will be greater than the side wall. Thus the condition a>b is true.
Most Upvoted Answer
The condition which will satisfy the dimensions of the waveguide isa)a...
The correct answer is a) a = b.
In a waveguide, a is the width of the waveguide and b is the height of the waveguide. The dimensions of the waveguide must satisfy the condition that a = b in order to maintain the correct propagation of electromagnetic waves within the waveguide. If a ≠ b, then the waveguide will not support the correct modes of propagation and the waves will not be properly confined within the waveguide.
In a waveguide, a is the width of the waveguide and b is the height of the waveguide. The dimensions of the waveguide must satisfy the condition that a = b in order to maintain the correct propagation of electromagnetic waves within the waveguide. If a ≠ b, then the waveguide will not support the correct modes of propagation and the waves will not be properly confined within the waveguide.
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The condition which will satisfy the dimensions of the waveguide isa)a = bb)a > bc)a < bd)ab = 0Correct answer is option 'B'. Can you explain this answer?
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