Question

Suppose you are listening to a radio station that broadcasts at a frequency of 97 MHz (megahertz). Which of the following statements is true? ? View Available Hint(s) The radio waves from the radio station have a wavelength of 97 million meters. The radio waves from the radio station are causing electrons in your radio's antenna to move up and down 97 million times each second. The \"radio waves\" received by your radio are not light waves like those we talk about in astronomy, but rather are a special type of sound wave. The radio station broadcasts its signal with a power of 97 million watts.

          Suppose you are listening to a radio station that broadcasts at a frequency of 97 MHz (megahertz). Which of the following statements is true?
? View Available Hint(s)
The radio waves from the radio station have a wavelength of 97 million meters.
The radio waves from the radio station are causing electrons in your radio's antenna to move up and down 97 million times each second.
The \"radio waves\" received by your radio are not light waves like those we talk about in astronomy, but rather are a special type of sound wave.
The radio station broadcasts its signal with a power of 97 million watts.

Suppose you are listening to a radio station that broadcasts at a frequency of 97 MHz (megahertz). Which of the following statements is true?
? View Available Hint(s)
The radio waves from the radio station have a wavelength of 97 million meters.
The radio waves from the radio station are causing electrons in your radio's antenna to move up and down 97 million times each second.
The r̈adio wavesr̈eceived by your radio are not light waves like those we talk about in astronomy, but rather are a special type of sound wave.
The radio station broadcasts its signal with a power of 97 million watts.

Added by Michael G.

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