What would happen if you threw a Frisbee in space?

Frisbees need air to create lift, so in the absence of atmosphere, it would take the trajectory of a rock. (Yes, technically Mars has an atmosphere, but compared to our atmospheric density, and for the purposes of creating lift across a surface, it is basically zero.)

What keeps a Frisbee in the air?

Two key forces that act on a Frisbee during flight are lift and drag. Lift is the force that allows the Frisbee to stay airborne, and in flight it opposes the force of gravity on the disk’s mass. The Frisbee itself creates this lift force as it flies through the air.

Why does a Frisbee float?

A Frisbee floats back to earth after a while because gravity pulls it back down. A force called drag caused by friction in the air also slows the flight down. The spinning of the Frisbee — if you throw it right — is what keeps it from wobbling.

What is flying Frisbee motion?

According to Newtonian mechanics based on the mass flow rate, frisbees fly by pushing air downwards. Specifically, frisbees pass through a mass of air each second (m/dt), that they accelerate to a velocity downwards (dv), to create a downward force (Force = ma = m/dt x dv).

Would a Frisbee work in space?

Assuming that by zero gravity you mean conditions like in outer space, where you don’t have gravity and you are in vacuum. In such a condition, after you throw a frisbee, there will be no force acting on it. Hence, it will continue to move in a straight line.

How fast does a Frisbee fly?

Speeds are usually measured at the release, and the discs gradually lose velocity as they fly. Most people that throw 350-400 release at about 50-55mph. The guys with bigger arms that throw 500+ usually have release speeds of 70-75mph.

Can a Frisbee fly?

The curved top surface of a Frisbee creates lift when it’s thrown. This creates lower air pressure above the Frisbee. The higher air pressure below the Frisbee pushes it upward, creating lift and allowing it to fly through the air. This is much like the way airplanes fly!

What type of motion is a Frisbee?

The forces that act on a Frisbee and the Frisbee’s rotational motion are what account for its stable linear trajectory in the air. The effects of the forces and the rotational motion permit a Frisbee to fly in the air instead of plummeting to the ground.

Why can’t I throw a Frisbee far?

You want to make sure you’re picking the grip that’s right for you and not holding your disc too tight or too loose. Hip rotation: you want to try and get as much hip rotation on your throw as you can while maintaining balance. If you can do that, your technique will start to come together nicely.

What happens if you throw a Frisbee on the moon?

A frisbee is thrown on the Moon. On Earth this frisbee would generate lift as a result of its shape. On the Moon, the absence of air means it will fly like a rock, regardless of its form. Thus, the frisbee will travel roughly six times farther than a rock thrown on Earth.

How to throw a frisbee correctly?

1. Grip the frisbee with your thumb on top of the frisbee and the index finger just under the rim. The middle finger should be extended toward the center with the 4th and little finger curled back against the rim. 2. Point your throwing shoulder toward your target 3.

What happens when you throw an object in orbit around Earth?

The object tries to continue in the path you threw it, but gravity keeps on pulling it back in. With the right balance, the object is now in orbit around Earth—just like the moon, or like Earth around the sun. Newton realised that gravity was responsible for objects falling to the ground and for the orbit of celestial objects.

What happens if you throw a ball with too much momentum?

If you throw it with too little momentum, it will fall towards Earth, captured by gravity like we are ourselves. If you throw it with too much momentum, it will speed away from the planet, beginning its journey into the reaches of space.

What is the force that pulls objects towards the ground?

In it, he described that the force that pulls objects towards the ground is the very same force that underlies the motion of the planets and stars. To come to this conclusion, Newton imagined taking an object far from the surface of Earth, and throwing it.