Why do you feel a sensation of being thrown outward from the center in a roller coaster during circular motion although there is no outward net force?

The sensation of being thrown outward is attributable to the idea of inertia, rather than the idea of force. When making that left-hand turn in the car, your tendency to be thrown rightward across the seat (that would be outward or away from the center of the circle) was not due to a force.

Why does it feel like you’re getting pushed outward when you take a sharp turn in the car now that we know there is no outward force pushing on you?

The sensation of an outward force and an outward acceleration is a false sensation. There is no physical object capable of pushing you outwards. You are merely experiencing the tendency of your body to continue in its path tangent to the circular path along which the car is turning.

Why might you feel like you have a force pulling you outside of the circle when you’re taking a curve is this really a force explain?

Practice Permit Test. To safely negotiate curves, drivers should consider the laws of physics (the role of centripetal and centrifugal forces). If an object is moving along a curved path, the direction of its velocity is changing. Have you ever twirled an object on a string around in a circle?

What makes you feel like you are moving sideways in your seat when the roller coaster car moves around a curve?

This is called centripetal acceleration. You can feel the contact forces between you and your seat and between you and the side of the coaster car that cause you to accelerate.

Does centrifugal force exist in space?

There is no centrifugal force, neither in outer space nor on Earth’s surface. First F is a vector of constant module and pointing to the circles center at all instant t. This kind of force, behaving that way, are called centripetal.

What force keeps the outside of a bicycle wheel from flying off?

Another idea you should know about in order to understand a gyroscope is centripetal force. This is a force that pulls on an object that is spinning around another object and keeps it from flying off in a straight line.