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What is the motion if you're standing in merry-go-round?
If you're standing on a merry-go-round that is spinning, you are undergoing circular motion. Your body is constantly changing direction as the merry-go-round rotates, resulting in a continuous change in velocity. This motion is characterized by a centripetal force keeping you moving in a curved path.
Why does the acceleration of a merry go round change even though the speed stays the same?
The acceleration of a merry-go-round changes because acceleration measures a change in velocity, not just speed. In the case of the merry-go-round, even though the speed may stay constant, the direction of the velocity is constantly changing as the object moves in a circular path, resulting in acceleration due to the change in direction.
What is the angular velocity involved in solving a merry-go-round physics problem?
The angular velocity in a merry-go-round physics problem refers to the rate at which the merry-go-round is spinning around its axis. It is measured in radians per second and is a key factor in determining the rotational motion and forces involved in the problem.
A person on a merry go round is constantly accelerating toward the center true or false?
False. A person on a merry-go-round is not constantly accelerating towards the center. The person is experiencing centripetal acceleration, which is directed towards the center of the merry-go-round, but it is not a continuous increase in speed or velocity.
A person on a merry-go-round is constantly changing direction true or false?
True. A person on a merry-go-round is constantly changing direction as the ride rotates. The merry-go-round's circular motion causes the person to experience a continuous change in the direction they are facing. As the ride spins, the centripetal force acts on the person, pulling them towards the center of the circular path, leading to a constant change in their orientation.
A merry-go-round horse moves at a constant speed but at a changing?
. . . velocity, because one of the components of velocityis the direction of the speed.
What is the motion if you're standing in merry-go-round?
If you're standing on a merry-go-round that is spinning, you are undergoing circular motion. Your body is constantly changing direction as the merry-go-round rotates, resulting in a continuous change in velocity. This motion is characterized by a centripetal force keeping you moving in a curved path.
How can you accelerate if your speed does not change?
A change in the vector or direction that you are traveling is considered an acceleration; even if you don't change speed. This would be the case for going around in a merry-go-round, e.g. You are accelerating (changing direction), but the speed is constant (velocity is changing).
Why does the acceleration of a merry go round change even though the speed stays the same?
The acceleration of a merry-go-round changes because acceleration measures a change in velocity, not just speed. In the case of the merry-go-round, even though the speed may stay constant, the direction of the velocity is constantly changing as the object moves in a circular path, resulting in acceleration due to the change in direction.
What is the angular velocity involved in solving a merry-go-round physics problem?
The angular velocity in a merry-go-round physics problem refers to the rate at which the merry-go-round is spinning around its axis. It is measured in radians per second and is a key factor in determining the rotational motion and forces involved in the problem.
Why do you always accelerate when you ride in a merry go round even though the speed of the merry go round does not change?
A person on a merry-go-round is constantly accelerating away from the center, because he is prevented by the horse or bench from continuing on a straight path. His velocity constantly changes in direction.
A person on a merry go round is constantly accelerating toward the center true or false?
False. A person on a merry-go-round is not constantly accelerating towards the center. The person is experiencing centripetal acceleration, which is directed towards the center of the merry-go-round, but it is not a continuous increase in speed or velocity.
A rotating merry go round has a radius of 30 feet If it completes one revolution in 20 seconds find the velocity of the outer edge?
A rotating merry go round has a radius of 30 feet. If it completes one revolution in 20 seconds, find the velocity of the outer edge.
A person on a merry-go-round is constantly changing direction true or false?
True. A person on a merry-go-round is constantly changing direction as the ride rotates. The merry-go-round's circular motion causes the person to experience a continuous change in the direction they are facing. As the ride spins, the centripetal force acts on the person, pulling them towards the center of the circular path, leading to a constant change in their orientation.
When person on a merry go round is constantly changing direction true or false?
True. On a merry-go-round, a person is constantly changing direction as the ride rotates. This is because the person is moving in a circular path, and the direction of their motion changes as they go around the center of the ride.
What is another name for carousel?
merry-go-round
A moving merry-go-round house is not accelerating True or false?
False. Any change in velocity, including a change in direction, is considered acceleration. Since the merry-go-round house is constantly changing its direction as it moves in a circular path, it is indeed accelerating.
