Propellers would not work in space because they rely on the presence of air to generate thrust through the movement of blades. In the vacuum of space, there is no air or atmosphere to create the necessary lift. Instead, spacecraft use rocket engines that expel gas at high speed to produce thrust, adhering to Newton's third law of motion. Thus, while propellers are effective in atmospheric conditions, they are impractical for the vacuum of space.
Propellers require a medium like air to push against to generate thrust. In the vacuum of space, there is no air or medium for propellers to work against, so they would not be able to propel a spaceship. Instead, spacecraft use thrusters that expel mass in the opposite direction to create propulsion.
Propellers rely on air or water to generate thrust, but space is a vacuum with no air. In space, vehicles use thrusters that expel propellant in the opposite direction to move forward. This method follows Newton's third law of motion.
The opposite word of space is crowded. Or even cramped would work.
that depends on the way the propellers work. for example, if the propeller on the right has some problem and works a little less powerfully, the shuttle moves towards the right side. but it is made sure that the propellers are working with equal power to maintain the shuttle in equilibrium. in the shuttles with single propeller, it mostly projects straight in the direction in which it is launched:)
No, a sling shot would not work in space because there is no air resistance to propel the ammunition forward. Without air molecules to push against, the sling shot would not generate the force needed to launch the projectile.
Propellers only work in a thick atmospheres, so at a certain height they stop working. This would make it impossible for the space shuttle to go into outer space.
Propellers require a medium like air to push against to generate thrust. In the vacuum of space, there is no air or medium for propellers to work against, so they would not be able to propel a spaceship. Instead, spacecraft use thrusters that expel mass in the opposite direction to create propulsion.
Because propellers require air to actually do anything and last time I checked, there's no air in space.
No. Gliders, jets and rocket-propelled aircraft do not have propellers.
Propellers rely on air or water to generate thrust, but space is a vacuum with no air. In space, vehicles use thrusters that expel propellant in the opposite direction to move forward. This method follows Newton's third law of motion.
you press the start button and your on your way
No, that is not possible except with rotors. (which I would include among propellers)
Counter-propellers (proper name contra-rotating propellers) work by spinning in opposite directions. This cancels out torque in the same way as a helicopter uses rotors to cancel torque.
ok dude this is like the second time i get this kinda of question. I will tell you how it work ok? the propellers on an airplane wings works only by the pilots turning them on. The piliots switches a switch on top of his head know as the engine ignition. The plane propellers will spin as the plane taxies to the runway.
They rotate and produce forward movement through thrust.
I have known that it will not work in space while you are in the space shuttle. But it is a good thing that it works on earth but the bad thing is that it doesn't work in space. Answered by:SAV
It was 882.5 ft. long. My boy and I are building a plastic Titanic model and I see that it has three propellers (known as "screws" in the boat world). So it would be a triple screw if I am correct.