A man whose mass is 60 kg rides a Ferris wheel that has a radius of...
A man whose mass is 60 kg rides a Ferris wheel that has a radius of 20 m. The man has a scale available in the cart he is riding. If his speed during the ride is a constant 5 m/s, what would the scale read at top of the ride?
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A man whose mass is 60 kg rides a Ferris wheel that has a radius
of...
a man whose mass is 60kg rides a ferris wheel that has a radius of 20m....
a man whose mass is 60kg rides a ferris wheel that has a radius of 20m. The man has a scale available in the cart he is riding. If hi speed during the ride is a constant 5m/s, what would the scale read at the top of the ride? (a) 588 N (b) 513 N (c) 663 N (d) 680 N (e) 703 N please explain!
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A person of mass 96 kg rides on a Ferris wheel whose radius is 5.2 m. The person's speed is constant at 0.5 m/s. The person's location is shown by a dot in the figure below. (a) What is the magnitude of the rate of change of the momentum of the person at the instant shown? (b) What is the direction of the rate of change of momentum of the person at the instant shown? O inward to the center...
1. A 40-kg person is riding on a Ferris wheel of radius 20-m. The wheel is...
1. A 40-kg person is riding on a Ferris wheel of radius 20-m. The wheel is moving with a speed of 6 m/s. Find the centripetal acceleration of the person on the ride. 2. Find the apparent weight (normal force) of the person in the previous question at a) the bottom of the wheel; b) the top of the wheel. 3. Suppose two stars orbit each other, each of the same mass as the Sun (2.0x10^30 kg). a) Find the...
A woman rides on a ferris wheel of radius 16m that maintains the same speed throughout its motion. She sits on a bathroo...
A woman rides on a ferris wheel of radius 16m that maintains the same speed throughout its motion. She sits on a bathroom scale (with memory) and sits on it. When she gets off the ride, she uploads the scale readings to a computer. It showed that the minimum value that the scale read was 510N and the maximum was 666N. What is the woman's mass?
A person rides a Ferris wheel that turns with constant angular velocity. Her weight is 563.0...
A person rides a Ferris wheel that turns with constant angular velocity. Her weight is 563.0 N. At the top of the ride her apparent weight is 1.500 N different from her true weight. a) What is her apparent weight (in N) at the top of the ride? b) What is her apparent weight (in N) at the bottom of the ride? c) If the angular speed of the Ferris wheel is 0.0250 rad/s, what is its radius in meters?
A circular-motion addict of mass 80.0 kg rides a Ferris wheel around in a vertical circle...
A circular-motion addict of mass 80.0 kg rides a Ferris wheel around in a vertical circle of radius 13.0 m at a constant speed of 6.10 m/s. (a) What is the period of the motion? What is the magnitude of the normal force on the addict from the seat when both go through (b) the highest point of the circular path and (c) the lowest point?
A Ferris wheel is a vertical, circular amusement ride with radius 8.5 m. Riders sit on...
A Ferris wheel is a vertical, circular amusement ride with radius 8.5 m. Riders sit on seats that swivel to remain horizontal. The Ferris wheel rotates at a constant rate, going around once in 7.3 s. Consider a rider whose mass is 73 kg. a. At the bottom of the ride, what is the vector gravitational force exerted by the Earth on the rider? b. At the top of the ride, what is the rate of change of the rider's...
Collin boards a Ferris wheel at the 3-o'clock position and rides the Ferris wheel for multiple revolutions.
Collin boards a Ferris wheel at the 3-o'clock position and rides the Ferris wheel for multiple revolutions. The Ferris wheel rotates at a constant angular speed of 5.7 radions per minute and has a radius of 50 feet. The center of the Ferris wheel is 56 feet above the ground. Let t represent the number of minutes since the Ferris wheel started rotating. a. Write an expression (in terms of t) to represent the varying number of rodians Collin has swept...
Erik boards a Ferris wheel at the 3-o'clock position and rides the Ferris wheel for multiple...
Erik boards a Ferris wheel at the 3-o'clock position and rides the Ferris wheel for multiple revolutions. The Ferris wheel rotates at a constant angular speed of 6 radians per minute and has a radius of 35 feet. The center of the Ferris wheel is 40 feet above the ground. Let t represent the number of minutes since the Ferris wheel started rotating. a. Write an expression (in terms of t) to represent the varying number of radians 0 Erik...
A mischievous young man riding a ferris wheel decides to release a beanbag as he passes...
A mischievous young man riding a ferris wheel decides to release a beanbag as he passes the top point in the ride; at this point in the ride, the young man is traveling due West. The ferris wheel has a radius of 3.37 m and goes around once every 1.09 minutes . The bottom of the wheel is 1.03 m off the ground, so that the release point of the bag will be 7.77 m off the ground. 1) What is the acceleration of...
A person of mass 96 kg rides on a Ferris wheel whose radius is 5.2 m. The person's speed is constant at 0.5 m/s. The person's location is shown by a dot in the figure below. (a) What is the magnitude of the rate of change of the momentum of the person at the instant shown? (b) What is the direction of the rate of change of momentum of the person at the instant shown? O inward to the center...
1. A 40-kg person is riding on a Ferris wheel of radius 20-m. The wheel is moving with a speed of 6 m/s. Find the centripetal acceleration of the person on the ride. 2. Find the apparent weight (normal force) of the person in the previous question at a) the bottom of the wheel; b) the top of the wheel. 3. Suppose two stars orbit each other, each of the same mass as the Sun (2.0x10^30 kg). a) Find the...
Erik boards a Ferris wheel at the 3-o'clock position and rides the Ferris wheel for multiple revolutions. The Ferris wheel rotates at a constant angular speed of 6 radians per minute and has a radius of 35 feet. The center of the Ferris wheel is 40 feet above the ground. Let t represent the number of minutes since the Ferris wheel started rotating. a. Write an expression (in terms of t) to represent the varying number of radians 0 Erik...
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