Federal Communications Commission Before the Federal Communications Commission Washington, D.C. 20554 In the Matter of ) ) Dr. J
![Curious Minds Ghana on Twitter: "If you're in #Tamale, don't forget to join the convo on Media and Information Literacy on our flagship #SavannahGems program Tune to Radio Savannah 91.3 MHz to Curious Minds Ghana on Twitter: "If you're in #Tamale, don't forget to join the convo on Media and Information Literacy on our flagship #SavannahGems program Tune to Radio Savannah 91.3 MHz to](https://pbs.twimg.com/media/FCYZlCqXsAMACDR.jpg)
Curious Minds Ghana on Twitter: "If you're in #Tamale, don't forget to join the convo on Media and Information Literacy on our flagship #SavannahGems program Tune to Radio Savannah 91.3 MHz to
![SOLVED: A radio station broadcasts at a frequency of 91.3 MHz (9.13 x1O^7 Hz). What is the wavelength of this EM wave? Note Speed of light is (3.00 x 10^8m/s) Point) 0.304 SOLVED: A radio station broadcasts at a frequency of 91.3 MHz (9.13 x1O^7 Hz). What is the wavelength of this EM wave? Note Speed of light is (3.00 x 10^8m/s) Point) 0.304](https://cdn.numerade.com/ask_images/b8f3f349bb5149efbc496a8aed0e2b2b.jpg)
SOLVED: A radio station broadcasts at a frequency of 91.3 MHz (9.13 x1O^7 Hz). What is the wavelength of this EM wave? Note Speed of light is (3.00 x 10^8m/s) Point) 0.304
![SOLVED: Problem A local radio station broadcasts at a frequency of 91.3MHz = 9.13 x 107Hz and power of 65 X 104W Assume that the power is radiated in single hemisphere (one SOLVED: Problem A local radio station broadcasts at a frequency of 91.3MHz = 9.13 x 107Hz and power of 65 X 104W Assume that the power is radiated in single hemisphere (one](https://cdn.numerade.com/ask_images/ea60e7aef49648c3bb37b06b40c83486.jpg)