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Radio Waves and Beyond Navigating the Ionospheres Realm
>> YOUR LINK HERE: ___ http://youtube.com/watch?v=ck51Fwpz2DQ
📢 Receive Free Study Resources and Special Offers • Click this link to get: ▶️▶️▶️ https://iitutor.com/email-list/ ◀️◀️◀️ • Free Download: https://iitutor.com/product-category/... • Explore the fascinating world of radio waves and the enigmatic ionosphere in our latest video, Radio Waves and Beyond: Navigating the Ionosphere's Realm. 🌐📻 • The ionosphere, a layer of ionized air about 50 kilometres above Earth's surface, holds a remarkable secret: it can reflect radio waves! Imagine radio waves bouncing off this atmospheric layer, allowing them to travel around the curvature of the Earth. 🌍✨ • In this video, we delve deep into the science behind this phenomenon. Discover why AM radio waves find a home in the ionosphere, behaving like a concave mirror due to its spherical shape. 📡🔮 • But what about those high-frequency waves used in FM radio and TV stations? They don't share the same affinity for reflection and pass through the ionosphere. 📺🎶 • Today, we're in the era of satellite communication, where radio waves of different frequencies can be broadcast worldwide. 🛰️🌐 Many of your favourite radio and TV channels are available on the Internet, thanks to these incredible technological advancements. • Join us on this scientific journey as we unlock the ionosphere's secrets and its incredible role in modern communication. Don't miss out on this educational adventure - hit that play button now and subscribe for more mind-expanding content! 🚀📚 • Discover the ionosphere, a layer of ionized air approximately 50km above Earth's surface, and its amazing ability to reflect radio waves, allowing them to be sent around the curvature of the Earth! AM radio waves reflect well in the ionosphere, which behaves like a concave mirror due to its spherical shape. However, high-frequency waves used in FM radio and TV stations do not reflect well and pass through the ionosphere. Today, satellite communication allows radio waves of different frequencies to be broadcast worldwide, and many radio and TV channels are also broadcast via the Internet. Join us on this scientific journey to learn more about how multiple reflections between ground and satellite stations allow signals to travel around the Earth and how amazing technological advancements have opened up new forms of communication!
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