Answered: The broad dimension of a waveguide is…

The broad dimension of a waveguide is 1.0 in. and the narrów is 0.S n. Calculate the cutoff frequency and wavelength of the dominant mode.

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter34: Electromagnetic Waves

Section: Chapter Questions

Problem 34.7P: Suppose you are located 180 in from a radio transmitter. (a) How many wavelengths are you from the...

See similar textbooks

Related questions

Q: .What are the wavelengths of the following radio statio a. XL 93 (92.9 MHz) b. Kool 104 (104.3 MHz)…

Q: For a linear monoatomic lattice, calculate the highest frequency and shortest wavelength that it can…

Q: Given the following information about the Diamond; lattice constant 3.56 A. the speed of sound in…

Q: A periodic wave has a rfrequency of 9.2 HZ what is the wave period?

A: Given frequency=9.2Hz Now recall T=1/f

Q: he following graph figure I shows the variation of a dependent variable, Y plotled as ordinate…

A: Since you have asked multiple subparts, we will solve the first three for you. If you want a…

Q: What is the frequency and effective rms value of the waveform?

A: Frequency = 1/Time period And, from waveform, it can be seen time period of one complete wave is…

Q: Why do we receive the distance a signal or bit has traveled when propagation speed is multiplied by…

A: Why do we receive the distance a signal or bit has traveled when propagation speed is multiplied by…

Q: What is the bandwidth of (a) speech (b) telephone audio (c) video (d) human ears

A: Bandwidth is the capacity of data transfer per second. The bandwidth of speech is from 50 Hz through…

Q: A radio station transmits radio waves with a frequently of 1200 kHz. What is the wavelength of the…

A: Given that - Frequency of the radio waves emitting from the radio station. To Find - We have to…

Q: What is the range of wavelengths for (a) FM radio (88 MHzto 108 MHz) and (b) AM radio (535 kHz to…

A: Frequency is related to wave length as, λ=cf (a) Thus, λFM1=3×108 m·s-188×106 Hz =3.41 m And,…

Q: Consider a vacuum-filled wave guide whose cross-sectional shape is a 45° right triangle as shown…

Q: A 100 milliwatt signal is sent over a 1 km long cable, which attenuates the signal 0.04 dB/meter.…

A: Given : Power of signal sent over 1km, Pi = 100 mW Attenuation per meter, k = 0.04 dB/m 1km = 1000 m…

Q: In a symmetric slab waveguide, n₁ = 1.50, n₂ = 1.45, and d = 10 μm. (a) What is the phase velocity…

A: It is given that there is a symmetric slab waveguide. Here, n1=1.50, n2=1.45 and d=10 μm. It is…

Q: A commutation system uses 150 m of fiber that has a - 1.5 db\km loss characteristic. Find the input…

Q: • As you drive by an AM radio station, you notice a sign sayingthat its antenna is 112 m high. If…

Q: What is the frequency of 560 nm yellow- green light?

A: Given: Wavelength of yellow-green light, λ=560nm=560nm×10-9mnm=5.6×10-7m

Q: a H(w) 2a + jw' where, a = 10', determine the percentage distortion at B= 2000 rads/sec. Show one…

Q: A 110HE sinusoidal wave propagahing in he z-direchon The elechnc field points in he x-direchon E =…

A: Given values: Frequency f=110 Hz Maximum electric field Emax=26.5 V/m area a = 1 cm2 time t = 1 hr…

Q: Spectral analysis of the 6 second record in the EEG above shows two sine waves of equal (20…

A: Given diagram: \

Q: What is the linear attenuation coefficient of each metal in dBm at a given thickness, 0.5 mm?…

A: Given data The thickness is t=0.5 mm The density of aluminum is, ρAL=2710 kg/m3 The density of…

Q: What is the intensity of a 120 -W light bulb at a distance 6 cm from the bulb's center?

A: Given that: P=120 W d=6 cm =0.06 m

Q: 1. Decompose the given Continuous time signal into it even and odd components x(t) = sint + cost…

A: Write the given values of this problem. xt=sint+costsint+cost

Q: Some radar systems detect the size and shape of objects such as aircraft and geological terrain.…

A: The expression for the smallest observable is,

Q: In the diagram below, X is equal to X amplitude O 1.5 times the amplitude 2 times the amplitude 3…

Q: C H AVin AV R out Figure 13 equal to half? AV ir AVout At what frequency is the ratio

Q: An amplifier rated at 30 W is connected to a speaker whose input impedance is 80. a. If the power…

Q: Satellite radio technology in the USA uses radio waves of wavelength 0.13 m. What is the frequency…

A: frequency of radio wave = ? wavelength , λ = 0.13 m (given ) we know that v = fλ

Q: Your 5G phone is sending an RF signal at a wavelength of 5.72 mm. What frequency is the wave (in…

A: Wavelength of signal= 5.72mm

Q: NASA's Perseverance rover is on the planet Mars, and is approximately 140 million miles from Earth.…

A: The equation used is distance = speed x time

Q: Microwave ovens for consumers’ use operate at 2.45 GHz. What’s the distance between wave crests in…

Q: The maximum amplitude of an A.M. wave is found to be 15 V while its minimum amplitude is found to be…

A: Modulation index is defined as the ratio of change of amplitude of carrier wave to the amplitude of…

Q: In audio and communications systems, the gain, B, in deci- bels is defined for an amplifier as Pout…

Q: In laser eye surgery, each laser pulse has power of 70 kW. The beam focuses on a circle of 0.6 mm…

A: Given Power of laser pulse = 70 kW Radius of circle on which light is focused = 0.6 mm We have to…

Q: For over modulation, the value of modulation index m is a. m 1 d. Not predetermined

A: Solution: Given: For over modulation, the value of modulation index m is : a. m < 1 b. m = 1 c. m…

Q: What is the 3rd and 5th overtone of 25MHZ signal?

Q: A radar used to detect the presence of aircraft receives a pulse that has reflected off an object…

A: Given, Time taken to receive the pulse (t)= 3.5 × 10-5 s

Q: Explain the term, ‘amplitude modulation’ of a signal. For an amplitude modulated wave, the maximum…

A: The modulation of signals is necessary to modify the carrier signal to the required conditions so…

Q: The following Bode plot shows what type of filter? Bode Diagram -5 -10 -15 45 -45 101 100 101 10 10…

A: A notch filter is a form of band-stop filter, which reduces frequencies within a certain range while…

Q: In figure below, determine the output waveform for the sinusoidal input signal with Vm-30V, and…

Q: What is the peak-to-peak value? What is the frequency of the waveform? What is the rms value?

Q: Two interfering source have an intensity ratio of 16:1. Deduce their amplitude ratio and the ratio…

Question

The broad dimension of a waveguide is 1.0 in. and the narrów is 0.S
n. Calculate the cutoff frequency and wavelength of the dominant
mode.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps with 3 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, physics and related others by exploring similar questions and additional content below.

Similar questions

An air-filled rectangular waveguide has a cross-sectional dimension of a = 200 mm andb = 100 mm. Calculate the possible TE modes that can be transmitted at frequencies below5 GHz and calculate the cut-off frequency for modes TE01 and TE02
A halfwave dipole is 1.50 m long. At what frequency is it operating? Answer inMHz.
Q. (a)The signal retrieved in an optical fiber reduces at its output to one-tenth of its input power. What is the overall attenuation? What shall be the power at output in a fiber having loss3 db/km? (b)Explain why laser action cannot occur without population inversion between atomic levels?
A carrier signal of 10 V amplitude is modulated by an information signal to a depth of 80%. Calculate the Vmax and Vmin for the modulated wave.
Suppose you are located 180 in from a radio transmitter. (a) How many wavelengths are you from the transmitter if the station calls itself 1150 AM? (The AM band frequencies are in kilohertz.) (b) What if this station is 98.1 FM? (The FM band frequencies are in megahertz.)
A 15.8-mW laser puts out a narrow beam 2.40 mm indiameter. What are the rms values of E and B in the beam?
If the Carrier frequency is 33Khz of the system build in the lab, and the receiver requires 10 cycles of thecarrier to identify a logical one or zero. What is the maximum bit rate of the signal encoded in that system?
What is the free space path loss in dB over 20 meters at the 2.4 GHz band, and how does the dB change when you double the distance?
A high-energy pulsed laser emits a 2.50 nano second-long pulse of average power W. The beam is cylindrical with a 1.50 mm in radius. Determine the RMS value of the B-field?
A station is given a carrier frequency of 88 kHz. Having a modulating frequency of 12 kHz, compute for the upper and lower sidebands of the station.
The mean optical power launched into an optical fiber link is 1.5uw and the fiber has attenuation of 0.5 dB/km. Determine the maximum possible link length without repeaters when the minimum mean optical power level required at the detector is 2uw.
Determine the minimum transmission BW in a (FDM/AM & SSB) system transmitting 30 different messages, each message signal have BW of 4 kHz.