#Scientist discovered a New world but till now they don't know what it's entails. #The European Southern Observatory’s Very Large Telescope—yes, that’s actually the name—has discovered a brand-new world. The planet in question is located 325 light-years away from Earth, in the Centaurus constellation. The planet itself orbits b Centauri, a two-star system that you can often see with the naked eye. Scientists say that this star system is the hottest planet-hosting system that we know of. It is now known as b Centauri (AB)b, or b Centauri b. Additionally, scientists found that the new world orbits its star over 100 times the distance between Jupiter and the Sun. #It should be a massive planet for a massive system #What makes this new discovery so intriguing, though, is that scientists are scratching their heads about it. Because of how hot the two-star system is, it doesn’t make sense for planets to have formed within it. As such, scientists are perplexed at how this new world formed. The planet is about ten times heavier than Jupiter and orbits b Centauri at 100 times the distance Jupiter orbits the Sun. This is one of the widest orbits yet discovered and could be key to the planet’s survival. #Credit: @ESO /L.Calçada/spaceengine.org pic.twitter.com/GFb5cwAXe6 — ESO (@ESO) December 8, 2021
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#The reasons why the door of commercial Airplane can't be open in the Midair. #Before take off, once the door is activated to close, it first swings inside the cabin of the aircraft, and then nestles outward into a frame to act as a plug. In aviation, this is called "plug doors." When the airplane is in the air at a high altitude of about 30000 ft, the inside becomes more pressurized than the outside. Highly pressurized air holds the door in a locked position and this makes it hard to open while in midair. Airline industries design the doors of commercial airplanes to be highly sophisticated to avoid being opened while traveling in the air by any passenger or mistake made in the proper locking of the door. This is because if it is opened in midair, the air inside the aircraft will become depressurized, and since the air outside is thin and at low pressure, people onboard the aircraft will find it difficult to breathe. The rushing wind will also suck people out of the plane unless they are fastened to their seats using the seat belt. The plane will also become unstable, and no matter how the pilot tries to maneuver it, it will eventually crash. To avoid this, airlines have aircraft engineers design commercial planes with doors that are tightly closed by pressurized air inside the plane's cabin as well as outside by low pressured air and the force of rushing wind along the surface area of the plane's body. #Aiplane. #Minds
More from Ayomidex
#The reasons why the door of commercial Airplane can't be open in the Midair. #Before take off, once the door is activated to close, it first swings inside the cabin of the aircraft, and then nestles outward into a frame to act as a plug. In aviation, this is called "plug doors." When the airplane is in the air at a high altitude of about 30000 ft, the inside becomes more pressurized than the outside. Highly pressurized air holds the door in a locked position and this makes it hard to open while in midair. Airline industries design the doors of commercial airplanes to be highly sophisticated to avoid being opened while traveling in the air by any passenger or mistake made in the proper locking of the door. This is because if it is opened in midair, the air inside the aircraft will become depressurized, and since the air outside is thin and at low pressure, people onboard the aircraft will find it difficult to breathe. The rushing wind will also suck people out of the plane unless they are fastened to their seats using the seat belt. The plane will also become unstable, and no matter how the pilot tries to maneuver it, it will eventually crash. To avoid this, airlines have aircraft engineers design commercial planes with doors that are tightly closed by pressurized air inside the plane's cabin as well as outside by low pressured air and the force of rushing wind along the surface area of the plane's body. #Aiplane. #Minds