Bessel s differential equation for a circular waveguide is:

n2(d2R/ d 2) + n(dR/d ) + ( 2kC2 n2) R=0

2(d2R/ d 2) + (dR/d ) + ( 2kC2 n2) R=0

n2(d2R/ d 2) + n(dR/d ) + ( 2kC2 n2) R=0

d2R/ d 2 + dR/d + ( 2kC2 n2) R=0

Explore topic-wise MCQs in Microwave Engineering.

This section includes 4 Mcqs, each offering curated multiple-choice questions to sharpen your Microwave Engineering knowledge and support exam preparation. Choose a topic below to get started.

1.	If is 0.3 for a circular wave guide operating in TM12 mode with P₂₁=5.315, with the radius of the circular waveguide being equal to 25 mm, then the intrinsic impedance of the wave is:
A.	0.55
B.	0.4
C.	0.3
D.	1.2
Answer» B. 0.4

Discussion

2.	For TM01 mode of propagation in a circular waveguide with P₀₁=2.405, with the inner diameter of the circular waveguide being equal to 25 mm. What is the cut off frequency for this mode of propagation?
A.	2.8 GHz
B.	6 GHz
C.	3.06 GHz
D.	4 GHz.
Answer» D. 4 GHz.

Discussion

3.	What is the cutoff frequency for TE mode in a circular waveguide of radius 2 cm with P = 1.841?
A.	5.5 GHz
B.	4.3 GHz
C.	7.7 GHz
D.	8.1 GHz
Answer» C. 7.7 GHz

Discussion

4.	Bessel s differential equation for a circular waveguide is:
A.	<sup>2</sup>(d<sup>2</sup>R/ d <sup>2</sup>) + (dR/d ) + ( <sup>2</sup>kC<sup>2</sup> n<sup>2</sup>) R=0
B.	n<sup>2</sup>(d<sup>2</sup>R/ d <sup>2</sup>) + n(dR/d ) + ( <sup>2</sup>kC<sup>2</sup> n<sup>2</sup>) R=0
C.	d<sup>2</sup>R/ d <sup>2</sup> + dR/d + ( <sup>2</sup>kC<sup>2</sup> n<sup>2</sup>) R=0
D.	None of the mentioned
Answer» B. n<sup>2</sup>(d<sup>2</sup>R/ d <sup>2</sup>) + n(dR/d ) + ( <sup>2</sup>kC<sup>2</sup> n<sup>2</sup>) R=0

Discussion

Explore topic-wise MCQs in Microwave Engineering.

If is 0.3 for a circular wave guide operating in TM12 mode with P21=5.315, with the radius of the circular waveguide being equal to 25 mm, then the intrinsic impedance of the wave is:

For TM01 mode of propagation in a circular waveguide with P01=2.405, with the inner diameter of the circular waveguide being equal to 25 mm. What is the cut off frequency for this mode of propagation?

What is the cutoff frequency for TE mode in a circular waveguide of radius 2 cm with P = 1.841?

Bessel s differential equation for a circular waveguide is:

If is 0.3 for a circular wave guide operating in TM12 mode with P₂₁=5.315, with the radius of the circular waveguide being equal to 25 mm, then the intrinsic impedance of the wave is:

For TM01 mode of propagation in a circular waveguide with P₀₁=2.405, with the inner diameter of the circular waveguide being equal to 25 mm. What is the cut off frequency for this mode of propagation?