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.
Space shuttles use the gravitational pull from planets to propel/ sling the shuttle with speeds of up to 14 miles per second. Due to the lack of friction, moving objects take longer to slow down and accelerate quicker.
Astronauts are the individuals who work in space. They are specially trained to live and work in the unique environment of space stations, such as the International Space Station. Astronauts conduct scientific research, maintain spacecraft systems, and perform spacewalks to repair and upgrade equipment.
Yes, electricity can work in space. Since space is a vacuum, there is no air resistance to impede the flow of electrical current. However, special considerations need to be taken into account to protect electrical systems from cosmic radiation and extreme temperatures.
Orion is in between Canis the Dog with the brightest star in the sky, and Taurus. The easiest location is when setting because they line up on the west horizon in a straight line. Taurus to the west looks like a sling-shot Y.
Rockets in space carry both the fuel and oxidizer with them into space.
Well the old slings shots worked by centrifugal force. Some sling shots today work by rubber or some type of elastic.
With your fingers. You slide it back and to release it, you release your finger!
sling shot
the sling shot is on the floor
5mph
You bet, it would be like a sling shot. It would sling through the air like piece of shot and cause a lot of damage even at 30. Hope that helps some!
yes i am allowed
Shot,meds,sling,cast,a diegnoses
duke nuts
That is slang or a joke for "Bra".
I just got a High Velocity sling shot yesterday. you buy steel or glass ammo there is a bullet pouch put the ammo there pull the string back and let go.
Releasing a ball with a sling shot is an example of elastic potential energy being converted into kinetic energy, which is a form of mechanical energy.