magicspells1012 magicspells1012
  • 22-05-2017
  • Physics
contestada

An 18,000-watt radio station transmits at 680 kHz. Calculate the energy of a single photon at the transmitted frequency.

Respuesta :

metchelle
metchelle metchelle
  • 05-06-2017
The energy of a single photon transmitted at the given frequency is equal to 4.5x10^-34 J. This is obtained by using the formula, Energy (E) is equal to Planck's constant (h) times the frequency. Planck's constant equals 6.626 x 10^-34 and the given frequency in kHz equals 0.68 cycle per second.
Answer Link

Otras preguntas

what is the sum of the first five terms of a geometric series with a1=6 and r=1/3
To remove preconceived notions and ideas from one's mind before writing is to be? unprejudiced tenacious honest moral
One thing that Amish families do allow in their home is: A books B electricity C radio D television
tasha is measuring the charge c(t) in a battery that has been charged for t minutes. which of the following is the mist appropriate domain for c(t)?
Post-secondary education and training is an inexpensive and minor investment. a. True b. False
In the amoeba, water input and output are controlled by the _____. nucleus food vacuole vacuole pseudopodia
The reviewer relies heavily on which of the following to make his points? Description Opinion Debate Quotations
How did the Commercial Revolution bring wealth to many towns cities?
what prompted the creation of waterproof sandpaper?
Carlos and Maria drove a total of 217 miles in 4.1 hours. Carlos drove the first part of the trip and averaged 52 miles per hour. Maria drove the remainder of t