Why Are Mountaintops Closer to the Sun but Still Cold? скачать в хорошем качестве

Why Are Mountaintops Closer to the Sun but Still Cold?

Why Are Mountaintops Closer to the Sun but Still Cold? If sunshine means warmth, why are mountaintops closer to the Sun so freezing? It feels like nature’s playing a prank. But really, it’s physics doing its thing. Because temperature isn’t just about distance from the Sun. It’s about pressure. Molecules. Atmosphere. And energy spread too thin. In this episode, we explore: Why thinner air means colder air even when sunlight hits harder How altitude messes with your body heat and boiling points Why Everest is icy while deserts bake at lower heights And how Earth’s layers create climate zones in the sky Mountaintops aren’t cold despite being close to the Sun. They’re cold because of how Earth’s atmosphere works. If you enjoyed this video, you might like these too 🥰 1. Why Deserts Get So Cold at Night Watch here:    • Why Deserts Get So Cold at Night   2. Forget the Sahara – Antarctica Is the Real Desert King (Here’s Why) Watch here:    • Forget the Sahara – Antarctica Is the Real...   3. Why the Ocean Never Runs Out of Water Watch here:    • Why the Ocean Never Runs Out of Water?   #AltitudeExplained #WhyX #WeatherScience #MountainsAndSun #EarthPhysics #ScienceOfCold #HighAltitudeMysteries #AtmosphereLayers #ClimateExplained #NatureIsWeird #Thermodynamics #WhyItWorks