No. You might be able to wobble it back and forth a bit, but not drive it forward continuously.Aeronautic Freek said:
can you explain why forces cancle out, so Fnet=0?Dale said:
Qualitatively you have one mass pushing forwards strongly while you have three masses pushing backwards weakly. They cancel each other out.Aeronautic Freek said:
Aeronautic Freek said:
PF Banned Topics said:
Centrifugal propulsion works by using centrifugal force to propel an object forward. This force is created by rotating blades or rotors, which push against the surrounding air or fluid, creating thrust.
Some advantages of centrifugal propulsion include its simplicity, reliability, and efficiency. It also allows for greater control and maneuverability compared to other propulsion methods.
Yes, centrifugal propulsion can be used in space. In fact, it is commonly used in space propulsion systems, such as ion thrusters and solar sails.
Centrifugal propulsion differs from other methods, such as chemical propulsion, in that it does not rely on the combustion of fuel. Instead, it uses the rotation of blades or rotors to create thrust.
One limitation of centrifugal propulsion is that it is not as powerful as other propulsion methods, so it may not be suitable for larger or heavier objects. It also requires a source of energy, such as electricity, to power the rotating blades or rotors.