 31.31.1: Determine the rate at which the electric field changesbetween the r...
 31.31.2: Calculate the displacement current /D between thesquare plates, 5.8...
 31.31.3: At a given instant, a 2.8A current flows in the wiresconnected to ...
 31.31.4: A 1500nF capacitor with circular parallel plates 2.0 cmin diameter...
 31.31.5: Show that the displacement current through a parallelplatecapacitor...
 31.31.6: Suppose an airgap capacitor has circular plates of radiusR = 2.5 c...
 31.31.7: Suppose that a circular parallelplate capacitor hasradius R0 = 3.0...
 31.31.8: If the electric field in an EM wave has a peak magnitudeof 0.57 X 1...
 31.31.9: If the magnetic field in a traveling EM wave has a peakmagnitude of...
 31.31.10: In an EM wave traveling west, the B field oscillatesvertically and ...
 31.31.11: The electric field of a plane EM wave is given by Ex =E0 cos(kz + (...
 31.31.12: Consider two possible candidates E(x,t) as solutions ofthe wave equ...
 31.31.13: What is the frequency of a microwave whose wavelengthis 1.50 cm?
 31.31.14: (a) What is the wavelength of a 25.75 X 109Hz radarsignal? (b) What...
 31.31.15: How long does it take light to reach us from the Sun,1.50 X 108 km ...
 31.31.16: An EM wave has frequency 8.56 X 1014 Hz. What is itswavelength, and...
 31.31.17: Electromagnetic waves and sound waves can have thesame frequency, (...
 31.31.18: Pulsed lasers used for science and medicine producevery brief burst...
 31.31.19: How long would it take a message sent as radio wavesfrom Earth to r...
 31.31.20: An electromagnetic wave has an electric field given byE = i(225 V/m...
 31.31.21: What is the minimum angular speed at whichMichelsons eightsided mi...
 31.31.22: The E field in an EM wave has a peak of 26.5 mV/m.What is the avera...
 31.31.23: The magnetic field in a traveling EM wave has an rmsstrength of 22....
 31.31.24: How much energy is transported across a 1.00 cm2 areaper hour by an...
 31.31.25: A spherically spreading EM wave comes from a 1500Wsource. At a dis...
 31.31.26: If the amplitude of the B field of an EM wave is2.5 X 10 7T, (a) w...
 31.31.27: What is the energy contained in a 1.00m3 volume nearthe Earths sur...
 31.31.28: A 15.8mW laser puts out a narrow beam 2.00 mm indiameter. What are...
 31.31.29: Estimate the average power output of the Sun, giventhat about 1350 ...
 31.31.30: A highenergy pulsed laser emits a 1.0nslong pulse ofaverage powe...
 31.31.31: How practical is solar power for various devices?Assume that on a s...
 31.31.32: (a) Show that the Poynting vector S points radiallyinward toward th...
 31.31.33: The Arecibo radio telescope in Puerto Rico can detecta radio wave w...
 31.31.34: Estimate the radiation pressure due to a 75W bulb at adistance of ...
 31.31.35: Laser light can be focused (at best) to a spot with aradius r equal...
 31.31.36: The powerful laser used in a laser light show provides a3mm diamet...
 31.31.37: What size should the solar panel on a satellite orbiting Jupiterbe ...
 31.31.38: What is the range of wavelengths for (a) FM radio(88 MHz to 108 MHz...
 31.31.39: Estimate the wavelength for 1.9GHz cell phone reception.
 31.31.40: The variable capacitor in the tuner of an AM radio has acapacitance...
 31.31.41: A certain FM radio tuning circuit has a fixed capacitorC = 620 pF. ...
 31.31.42: A satellite beams microwave radiation with a power of12 kW toward t...
 31.31.43: A 1.60mlong FM antenna is oriented parallel to the electricfield ...
 31.31.44: Who will hear the voice of a singer first: a person in thebalcony 5...
 31.31.45: Light is emitted from an ordinary lightbulb filament inwavetrain b...
 31.31.46: Radiocontrolled clocks throughout the United Statesreceive a radio...
 31.31.47: A radio voice signal from the Apollo crew on the Moon(Fig. 3125) w...
 31.31.48: Cosmic microwave background radiation fills all space withan averag...
 31.31.49: What are E0 and B0 2.00 m from a 75W light source?Assume the bulb ...
 31.31.50: Estimate the rms electric field in the sunlight that hits Mars,know...
 31.31.51: At a given instant in time, a traveling EM wave is noted tohave its...
 31.31.52: How large an emf (rms) will be generated in an antenna thatconsists...
 31.31.53: The average intensity of a particular TV stations signal is1.0 X 10...
 31.31.54: A radio station is allowed to broadcast at an average powernot to e...
 31.31.55: A point source emits light energy uniformly in all directionsat an ...
 31.31.56: Suppose a 35kW radio station emits EM waves uniformlyin all direct...
 31.31.57: What is the maximum power level of a radio station so as toavoid el...
 31.31.58: In free space (vacuum), where the net charge and currentflow is zer...
 31.31.59: The metal walls of a microwave oven form a cavity of dimensions37 c...
 31.31.60: Imagine that a steady current I flows in a straight cylindricalwire...
 31.31.61: The electric field of an EM wave pulse travelingalong the x axis in...
 31.31.62: Suppose that a rightmoving EM wave overlaps with a leftmovingEM wa...
 31.31.63: The electric and magnetic fields of a certain EM wave in freespace ...
Solutions for Chapter 31: Maxwell's Equations and Electromagnetic Waves
Full solutions for Physics for Scientists & Engineers with Modern Physics  4th Edition
ISBN: 9780131495081
Solutions for Chapter 31: Maxwell's Equations and Electromagnetic Waves
Get Full SolutionsPhysics for Scientists & Engineers with Modern Physics was written by Sieva Kozinsky and is associated to the ISBN: 9780131495081. Chapter 31: Maxwell's Equations and Electromagnetic Waves includes 63 full stepbystep solutions. This textbook survival guide was created for the textbook: Physics for Scientists & Engineers with Modern Physics, edition: 4. Since 63 problems in chapter 31: Maxwell's Equations and Electromagnetic Waves have been answered, more than 19556 students have viewed full stepbystep solutions from this chapter. This expansive textbook survival guide covers the following chapters and their solutions.

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