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The force required by a ride depends on various factors such as the weight of the riders, the design of the ride, and the desired experience (speed, acceleration, etc). A force is typically generated through motors, hydraulics, or other mechanisms to move the ride and provide an exciting experience for the riders.
What else can I help you with?
Why can't you move on the Gravitron ride?
Riders are unable to move on the Gravitron ride due to the centrifugal force generated by the spinning motion of the ride. This force pushes riders against the walls of the ride, making it difficult to move or reposition themselves.
Is a cable holding a car at the top of a free fall ride an unbalanced or balanced force?
The cable holding a car at the top of a free fall ride is an example of a balanced force. The force provided by the cable is equal and opposite to the force of gravity acting on the car, resulting in equilibrium and preventing the car from falling.
What forces keep you in place on a fairground ride?
Centripetal force, friction, and gravity are the main forces that keep you in place on a fairground ride. Centripetal force pulls you towards the center of the ride, while friction between your body and the seat helps prevent you from sliding. Gravity also plays a role in keeping you grounded and pressed against the ride.
How much rider weight does the ride lift into the air Neglect the weight of the cars and air resistance?
The weight of the riders does not affect the amount the ride can lift since the system is designed to lift and carry the combined weight of the riders and cars. Air resistance is a factor that the ride must overcome to lift riders into the air.
What forces take place when a fair ground ride is in motion?
When a fairground ride is in motion, forces like gravity, centripetal force, and friction come into play. Gravity pulls riders downward, while centripetal force keeps them moving in a circular path. Friction between the ride and the ground or air helps to control the speed and direction of the ride.
How much G-force does the ride X2 at Six Flags California have?
4 g.
Why you do lose balance while ride the bicycle slow?
I believe when you ride cycle fast you ride it against the gravitational force but when you ride the cycle slow you don't have enough force to work against the gravitational force.
How long do you ride on Millennium Force till the ride is over?
2:20
How must tall a guy to ride kx250f?
You must be at least 170 cm tall to ride the KX250F.
Why can't you move on the Gravitron ride?
Riders are unable to move on the Gravitron ride due to the centrifugal force generated by the spinning motion of the ride. This force pushes riders against the walls of the ride, making it difficult to move or reposition themselves.
What button do you much to ride a horse minecraft?
First, you must place a saddle on it and the horse must be tamed. Then, right click on the horse and left shift to dismount.
How do you get your ride on pimp my ride?
you must live in the area of los angeles
How do you get your ride on pimp your ride?
you must live in the area of los angeles
What is the formula for a ride's acceleration?
net force/mass
When you are next to a motorcylce you must always remembrt that?
They have as much right to be there as you do. There also may be others around because they often ride in groups.
How old do you have to be to ride a pocket rocket in Queensland?
at lease you must ride a motorbike before
Describe how you experience centrifugal force on a fairground ride?
According to Sir Isaac Newton, a body in motion tends to remain in motion. We call that momentum. It is what lets you slide a long way on the ice if you get a good run at it. When you travel in a circle, like on a carnival ride, you are not going in a straight line but the forces of momentum have a tangential force, that is a straight ahead of you at each instant of time. You can think of throwing a ball, your arm is that carnival ride and you are the ball, as you wind-up to throw the ball, your arm moves in a circle and when you let go of the ball, the ball goes straight. The path that the ball travels is the line of momentum at the instant you let go of the ball. You on a carnival ride are like the ball, if the ride let go of you you would fly in a straight line away from the ride, but the ride does not let go of you, the seat pulls you back away from the line momentum want you to fly and what you feel is the force the ride is exerting to pull you back into the circular path it is traveling. The faster the ride, the more force it must use to pull you back, so you press harder and harder on the outside of the seat on the ride. That is how you feel centrifugal force.
