The three features of a rocket that affect drag are its shape, surface roughness, and speed. The shape, particularly the nose cone design, influences how air flows around the rocket, impacting drag forces. Surface roughness can create turbulence, increasing drag by disrupting the smooth airflow. Lastly, as the rocket's speed increases, drag typically rises due to the increased air resistance encountered at higher velocities.
3 are sufficient. Adding more will just create atmospheric drag and slow the rocket down.
Drag Queen Drag Racing Drag of a cigarette Helpful no?
Well, darling, 5.3333 as a fraction is simply 16/3. It's not rocket science, just divide 16 by 3 and there you have it. Math doesn't have to be a drag, sugar, embrace the numbers and they'll treat you right.
The rocket that launched Apollo 3 was the Saturn IB rocket.
There does not appear to be a "best" size. It depends on a number of factors, to include the bottle used (brand of drink & manufacturer), type of rocket, distance aiming for. One common element to consider is drag. Larger fins have greater surface and mass which will directly affect the altitude your rocket can reach.
Because it made it to easy to kill someone in matchmaking. also because the missile turret has that affect.
It depends on a lot of stuffs like how much do you want your rocket to be stabile. But at least it must be 3. For example for the same stability you may have 3 fins that have large surface area or 4 which is smaller or more. When you increase the number of fins with the same surface area then the drag will increase because of the surface friction so 3 or 4 fins are generally used but there is no certain limit of the number of fins .
The 2007 BMW 3-Series has a drag coefficient of 0.30 Cd.
The 2010 BMW 3-Series has a drag coefficient of 0.29 Cd.
The 2009 BMW 3-Series has a drag coefficient of 0.30 Cd.
The 2014 BMW 3-Series has a drag coefficient of 0.29 Cd.
The 2008 BMW 3-Series has a drag coefficient of 0.30 Cd.