 11.1P: Check that the retarded potentials of an oscillating dipole (Eqs. 1...
 11.2P: Equation 11.14 can be expressed in “coordinatefree” form by writin...
 11.3P: Find the radiation resistance of the wire joining the two ends of t...
 11.4P: A rotating electric dipole can be thought of as the superposition o...
 11.5P: Calculate the electric and magnetic fields of an oscillating magnet...
 11.6P: Find the radiation resistance (Prob. 11.3) for the oscillating magn...
 11.7P: Use the “duality” transformation of Prob. 7.64, together with the f...
 11.8P: A parallelplate capacitor C, with plate separation d, is given an ...
 11.9P: Apply Eqs. 11.59 and 11.60 to the rotating dipole of Prob. 11.4. Ex...
 11.10P: An insulating circular ring (radius b) lies in the xy plane, center...
 11.11P: A current I (t) flows around the circular ring in Fig. 11.8. Derive...
 11.12P: An electron is released from rest and falls under the influence of ...
 11.13P: A positive charge q is fired headon at a distant positive charge Q...
 11.14P: In Bohr’s theory of hydrogen, the electron in its ground state was ...
 11.15P: Find the angle ?max at which the maximum radiation is emitted, in E...
 11.16P: In Ex. 11.3 we assumed the velocity and acceleration were (instanta...
 11.17P: (a) A particle of charge q moves in a circle of radius R at a const...
 11.19P: With the inclusion of the radiation reaction force (Eq. 11.80), New...
 11.20P: Deduce Eq. 11.100 from Eq. 11.99. Here are three methods:(a) Use th...
 11.21P: An electric dipole rotates at constant angular velocity ? in the x ...
 11.22P: A particle of mass m and charge q is attached to a spring with forc...
 11.23P: A radio tower rises to height h above flat horizontal ground. At th...
 11.24P: As a model for electric quadrupole radiation, consider two opposite...
 11.25P: As you know, the magnetic north pole of the earth does not coincide...
 11.27P: In Section 11.2.1 we calculated the energy per unit time radiated b...
 11.28P: Suppose the (electrically neutral) yz plane carries a timedependen...
 11.29P: Use the duality transformation (Prob. 7.64) to construct the electr...
 11.30P: Assuming you exclude the runaway solution in Prob. 11.19, calculate...
 11.31P: (a) Repeat Prob. 11.19, but this time let the external force be a D...
 11.32P: A charged particle, traveling in from ??along the x axis, encounter...
 11.33P: (a) Find the radiation reaction force on a particle moving with arb...
 11.34P: (a) Does a particle in hyperbolic motion (Eq. 10.52) radiate? (Use ...
Solutions for Chapter 11: Introduction to Electrodynamics 4th Edition
Full solutions for Introduction to Electrodynamics  4th Edition
ISBN: 9780321856562
Solutions for Chapter 11
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