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Example: The range of the FM frequencies for US radio is 87.1 MHz → 107.9 MHz. Determine the wavelength range for these radio frequencies. (Recall that speed $v = f\lambda$. $v_{sound} = 350 m/s$ $v_{EM} = 300,000,000 m/s$) Example: The range of the AM frequencies for US radio is 530 kHz → 1720 kHz. Determine the wavelength range for these radio frequencies. (Recall that speed $v = f\lambda$. $v_{sound} = 350 m/s$ $v_{EM} = 300,000,000 m/s$) 8. Explain the difference(s) between longitudinal waves and transverse waves. Give a few examples of each type of wave propagation.

          Example: The range of the FM frequencies for US radio is 87.1 MHz → 107.9 MHz. Determine the wavelength range for these radio frequencies. (Recall that speed $v = f\lambda$. $v_{sound} = 350 m/s$ $v_{EM} = 300,000,000 m/s$)
Example: The range of the AM frequencies for US radio is 530 kHz → 1720 kHz. Determine the wavelength range for these radio frequencies. (Recall that speed $v = f\lambda$. $v_{sound} = 350 m/s$ $v_{EM} = 300,000,000 m/s$)
8. Explain the difference(s) between longitudinal waves and transverse waves. Give a few examples of each type of wave propagation.

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example the range of the fm frequencies for us radio is 871 mhz 1079 mhz determine the wavelength range for these radio frequencies recall that speed v flambda vsound 350 ms vem 300000000 72638

Added by Jose N.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Mayukh Banik

05/28/2020

Step 1

We are given the frequency ranges and the speed of electromagnetic waves ($v_{EM} = 300,000,000 m/s$). We will use the formula $v = f\lambda$, where $v$ is the speed, $f$ is the frequency, and $\lambda$ is the wavelength. Show more…

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Example: The range of the FM frequencies for US radio is 87.1 MHz → 107.9 MHz. Determine the wavelength range for these radio frequencies. (Recall that speed $v = f\lambda$. $v_{sound} = 350 m/s$ $v_{EM} = 300,000,000 m/s$) Example: The range of the AM frequencies for US radio is 530 kHz → 1720 kHz. Determine the wavelength range for these radio frequencies. (Recall that speed $v = f\lambda$. $v_{sound} = 350 m/s$ $v_{EM} = 300,000,000 m/s$) 8. Explain the difference(s) between longitudinal waves and transverse waves. Give a few examples of each type of wave propagation.

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