by with are grown nothing
it's because of the air that help the airplane goes up.
When you throw a paper airplane, it initially rises due to the thrust generated by your throw. However, as it moves forward, it encounters air resistance, which slows it down. Additionally, gravity pulls the airplane downward, and eventually, the lift created by the wings is not enough to counteract this force, causing the airplane to descend. Ultimately, the balance of these forces determines how far and how long the airplane stays in the air before landing.
Acceleration affects a paper airplane by determining how quickly it gains speed or changes direction. Increasing acceleration can help the paper airplane fly farther or perform aerobatic maneuvers, while decreasing acceleration may cause the paper airplane to slow down or lose altitude. Balanced acceleration is key for optimal flight performance.
The kind of paper that makes a paper airplane stay in the air the longest is blank paper because blank paper has the right amount of heaviness to make it stable.In CNN Student News,blank paper flew the greatest and longest time and distance.
"Flight of Innovation: Exploring Aerodynamics Through Paper Airplane Design"
yes, the less heavy air planes float more then fly, the heavier ones fly farther then the less heavy ones.
No , a crumpled up airplane will have problems with the air not flowing smoothly across the wings .
paper airplanes glide while most real airplanes have a source of propulsion also in a paper air plane you fold, it in a real airplane you weld it together
A paper airplane flies due to the principles of aerodynamics. The key factors that contribute to its flight include the shape and design of the airplane, the force of thrust generated when it is launched, the lift generated by the wings, and the drag caused by air resistance. These factors work together to keep the paper airplane airborne and help it glide through the air.
Paper airplanes fly due to the principles of aerodynamics. When a paper airplane is thrown, the shape of its wings and the angle at which it is thrown create lift, which allows the airplane to stay in the air and glide. The force of gravity pulling the airplane down is counteracted by the lift generated by the wings, allowing the airplane to fly.
Paper airplanes fly due to the principles of aerodynamics. When thrown, the shape and design of the paper airplane create lift, which is the force that allows it to stay in the air. The wings of the paper airplane are designed to generate lift by creating a pressure difference between the top and bottom surfaces of the wings. This lift, along with the thrust generated by the initial throw, allows the paper airplane to fly through the air.
the water just goes through with the air. search "airplane engine tests" on youtube.