Large metal structures (fences, stage rigs, etc) and salt water (predominately in people) attenuate RF signals significantly. In this week's session, we explain why in a little more detail and help you avoid interference.
You all probably dont give a shit but does any of you know a method to log back into an instagram account?? I somehow lost my account password. I would love any assistance you can offer me
@Joseph Emilio I really appreciate your reply. I found the site on google and Im trying it out atm. Takes quite some time so I will reply here later when my account password hopefully is recovered.
and my problem is that my old unit and its chanel A is receiving signal from another unit's chanel A ..with about 3.0. difference in frewuency.my old unit channel A is using 228.7,my new unit which i recently bought,its channel A uses 230.5, they are of the same model though and i dont know how to fix it;( sadly.
You're example of wavelength at 500MHz is quite incorrect. The wavelength 500MHz is approx 60cm. 2m wavelength as per your example would equate to a transmission frequency of 150MHz.
Oh s*** look at you I concur but honestly very few people are interested in learning this kind of information my obsession with learning everything Nikola Tesla was aware of is the only reason I started learning anything about it and I get this video isn't intended to really teach you in depth and there's so few applications for the knowledge to even realize the incorrectness in the statement but I respect anytime I see someone has taken the time to learn something as in-depth as they can at any rate I hope you never stop your quest for information like I don't dude
Really really really could have done without the loud abusive banjo music!! Can't imagine things that go less together: a British accent and banjo music. Having said that, thanks for the video. No, really, thanks for the video. Did I mention I hate banjo music?
