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mrblint
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In layman's terms why does a projectile that spins axially travel "true"?
Aerodynamics plays a crucial role in the flight of bullets. The shape of the bullet, its weight, and the force of propulsion all affect its aerodynamic properties. The more streamlined a bullet is, the less air resistance it will face, allowing it to travel farther and faster.
The shape of a football, with its pointed ends, is designed to improve its aerodynamics. The pointed ends help reduce drag and stabilize the ball in flight. This shape also allows for better grip and control for players.
Aerodynamics plays a significant role in the accuracy of arrows. The shape and weight distribution of an arrow determine its stability and trajectory. The more streamlined the arrow is, the less it will be affected by factors such as wind, making it more accurate.
Yes, aerodynamics can be manipulated to increase the speed of a bullet. By designing a bullet with a more streamlined shape and reducing its weight, air resistance can be minimized, allowing it to travel faster. The force of propulsion can also be adjusted to increase the bullet's speed.
Air density has a significant impact on the flight of a football. In denser air, there is more resistance, which can slow down the ball. This is why footballs tend to travel farther in higher altitudes, where the air is less dense. Humidity and temperature can also affect air density and, therefore, the flight of a football.