If you assume both bullets are stable and flying point forward, the spinning bullet will have more drag; HOWEVER, the whole purpose of spinning the bullet is to keep it stable and point forward. If you do not do this, the bullet yaws and wobbles wildly drammatically increasing the drag.
Therefore, in actual practice, the spinning bullet has less drag because it remains stable and point forward whereas the unspun bullet is unstable and wobbles/tumbles.
The propeller would induce more drag if it was locked. Keep it spinning and you will lessen the drag
The barrel inside has carvings in it so the bullet is more accurate and goes a longer distance. I believe that is the case.
The tires are spinning faster and creating more friction, also, You're heading into the air faster, even if the car is aerodynamic it still causes drag.
Rifling a gun barrel causes the bullet to spin when it comes out. This makes the bullet fly more straight and greatly improves accuracy. Much like a spinning football spirals.
To reduce the velocity of a bullet in air, you can increase the drag force acting on the bullet by using a heavier or more aerodynamically shaped bullet, or by increasing the air density (e.g., shooting at higher altitudes). Additionally, you can decrease the initial muzzle velocity of the bullet by using a lower-powered cartridge or firearm.
Spinning tires heats up the rubber, making it more tacky and better able to grip the track.
Temperature can have two primary effects. First, keep in mind that the rate a bullet drops always remains the same. What changes is the amount of range we can get out of a bullet before it drops a certain amount. The first effect is that generally, higher temperatures means more initial velocity when the bullet leaves the barrel. This usually means more range. The second effect is that the air is less dense, and therefore creates less drag on the bullet. Again, this means more range.
One More Bullet was created in 2007.
Bullet trains have a streamlined body to reduce air resistance at high speeds, making them more energy efficient and faster. The shape of the train allows for smoother airflow around the train, reducing drag and increasing speed. Additionally, the streamlined design also helps to reduce noise levels and improve overall aerodynamics.
A bomb is more powerful than a bullet its obvious
Changing the bullet's shape from a sphere to a cylinder with cone front giving it a more aerodynamically efficient shape. That with rifling the barrel which imparts spin to the bullet (makes it steady like a gyroscope) made bullets travel orders of magnitude faster and farther with more energy.
a drag diva is like a drag queen, but cares less about dresses and makeup and more about her(or him)self.