Answer to Question #68186 in Electricity and Magnetism for rene

Electricity and Magnetism

Question #68186

A 10,000-watt radio station transmits at 535 kHz.

Calculate the energy of a single photon at the transmitted frequency.

Expert's answer

The energy of a single photon at the transmitted frequency is
E=hf=(6.626∙10^(-34) )(535000)=3.54∙10^(-28) J.

Learn more about our help with Assignments: Electromagnetism

Comments

No comments. Be the first!

Leave a comment

Related Questions

1. Two electrons (each of charge = e and mass = m) are attached one at each end of a light rigid rod of
2. 4 point-charges (same magnitude, signs shown) are arranged in a square. At which one of the "m
3. If a metal plate of thickness 't'm is kept between two equal charges and the seperation be
4. Find the magnitude of the polarization vector P in a dielectric material with r = 2.8 if D = 3.0
5. charges q1=0.09 C, q2=0.01 C, are a distance /=1m apart. a charge Q is held fixed on the line betwee
6. A -15nC point charged is placed on the x-axis at x =1.5m. and a -20nC charge is placed on the y-axi
7. A -2.0nC point charged is placed at one corner of a square(1.5m on a side).and a -3.0nC charge is pl