Why Supersonic Jets Create Shockwaves & Sonic Booms | Educational 3D Animation Short” - video Dailymotion

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🚀 Ever wondered how jets break the sound barrier? In this fast-paced, fact-packed 3D animated short, we break down the science behind supersonic flight — from drag reduction and wing design to the explosive power of a sonic boom. Perfect for aviation fans, students, or anyone curious about physics!  ✅ Learn how:  A simple wooden block transforms into a sleek fighter jet Wings and tails are engineered to reduce drag Air molecules compress into a “wall” that explodes as a sonic boom Clouds form instantly around jets flying at Mach 1 ⏱️ All explained in under 60 seconds with stunning 3D visuals!  🔔 Don’t forget to LIKE, COMMENT with your favorite fact, and SUBSCRIBE for more bite-sized science, history, and engineering animations every week!  #SonicBoom #SupersonicJet #3DAnimation #ScienceShorts #EducationalAnimation #Aerodynamics #FighterJet #PhysicsExplained #AnimatedShorts  🔖 High-Ranking Tags (Hashtag + Comma-Separated): Hashtag Format: #SonicBoom #SupersonicFlight #3DAnimation #AnimatedShort #ScienceEducation #PhysicsExplained #FighterJet #Aerodynamics #HistoryOfAviation #EducationalVideo #STEM #LearnWithAnimation #YouTubeShorts #ViralScience #EngineeringFacts  Comma-Separated Format: Sonic Boom, Supersonic Flight, 3D Animation, Animated Short, Science Education, Physics Explained, Fighter Jet, Aerodynamics, History of Aviation, Educational Video, STEM Learning, Learn With Animation, YouTube Shorts, Viral Science, Engineering Facts, Jet Design, Shockwave, Mach 1, Science Shorts, Animated History

Transcript

00:00One minute to see how the Duyen Burst is produced.

00:02This is a piece of wood you let go, it will fall vertically down.

00:06When you press a pair of wings on him, his falling speed will slow down.

00:10At this time, there is a gust of wind.

00:12He will be carried out by the wind for a distance before falling.

00:16You want to make it fly faster.

00:18You can transform the wood into a triangular shape of a fighter jet, which can reduce drag.

00:23Wings that can rotate 360 degrees on the shore, as well as a tail that controls the direction,

00:28and three wheels for forward running.

00:31If it is windy, you can use a thrust engine instead.

00:33When taking off, the wings go up and let the airflow push it up.

00:37For balance, the tail is up, and the center of gravity is always kept at the rear.

00:41Turn on the engine and it can take off.

00:43You want to go faster, fold up the wings and tail, reduce drag and accelerate the engine.

00:48The air in front of it will be pushed away quickly, creating a pressure wave that propagates around.

00:53As the plane flies faster and faster, the sound waves it generates will be violently compressed in front of the plane,

00:59piling up and forming a wall of air.

01:02Once the plane reaches a speed of 340 meters per second, which is Mach 1, it will instantly burst through the wall of air.

01:08The moment of breaking through, all the compressed energy will reach your ears at the same time.

01:13The air pressure suddenly changes, and there will be a loud explosion in your ears.

01:17This is the yin storm.

01:18During a cloudy storm, the air is violently compressed and rapidly expands, causing the temperature to drop sharply,

01:25causing the water vapor in the air to instantly condense into small water droplets,

01:30forming a conical white mist that wraps the fuselage.

01:33These are the bogeymen.

01:34If you set off from our country's coastline at this speed, it would take you about 28 minutes to get over your unsavory neighbor's house

01:41and go on a bombing mission.

01:43It would probably take just over an hour from mission start to return.

Why Supersonic Jets Create Shockwaves & Sonic Booms | Educational 3D Animation Short”

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