![JIMS Sec 5 Rohini on Twitter: "Welcome to #JIMSRohini Community #Radio 96.9 FM! Tune Your Radio to 96.9 MHZ #JIMSRadio https://t.co/bXKBzKqarw" / Twitter JIMS Sec 5 Rohini on Twitter: "Welcome to #JIMSRohini Community #Radio 96.9 FM! Tune Your Radio to 96.9 MHZ #JIMSRadio https://t.co/bXKBzKqarw" / Twitter](https://pbs.twimg.com/media/DCR-djGU0AArRBA.png)
JIMS Sec 5 Rohini on Twitter: "Welcome to #JIMSRohini Community #Radio 96.9 FM! Tune Your Radio to 96.9 MHZ #JIMSRadio https://t.co/bXKBzKqarw" / Twitter
![SOLVED: Compute the wavelength of the radio waves from the following stations. (a) an AM station operating at a frequency of 780 kHz (b) an FM station with a frequency of 96.9 MHz SOLVED: Compute the wavelength of the radio waves from the following stations. (a) an AM station operating at a frequency of 780 kHz (b) an FM station with a frequency of 96.9 MHz](https://cdn.numerade.com/ask_previews/13805232-f814-47a0-9dfc-73263eb88d7f_large.jpg)
SOLVED: Compute the wavelength of the radio waves from the following stations. (a) an AM station operating at a frequency of 780 kHz (b) an FM station with a frequency of 96.9 MHz
![Two tone reconstructed waveform 2GHz + 2.5GHz sampled at 96.9MHz 400... | Download Scientific Diagram Two tone reconstructed waveform 2GHz + 2.5GHz sampled at 96.9MHz 400... | Download Scientific Diagram](https://www.researchgate.net/publication/220863595/figure/fig5/AS:394151528026114@1470984455325/Two-tone-reconstructed-waveform-2GHz-25GHz-sampled-at-969MHz-400-samples.png)