Circular Motion
... Q5) A ball is whirled on the end of a string in a horizontal circle of radius R at constant speed v. The centripetal acceleration of the ball can be increased by a factor of 4 by 1) keeping the speed fixed and increasing the radius by a factor of 4. 2) keeping the radius fixed and increasing the spe ...
... Q5) A ball is whirled on the end of a string in a horizontal circle of radius R at constant speed v. The centripetal acceleration of the ball can be increased by a factor of 4 by 1) keeping the speed fixed and increasing the radius by a factor of 4. 2) keeping the radius fixed and increasing the spe ...
EFFECT OF CENTRIFUGAL AND CORIOLIS FORCES DUE TO
... have their usual meaning. When a particle is at rest on the surface of earth which rotates with constant angular velocity ω about its polar axis, then: ...
... have their usual meaning. When a particle is at rest on the surface of earth which rotates with constant angular velocity ω about its polar axis, then: ...
Centripetal Force
... Relationship Between Variables of Uniform Circular Motion Suppose two identical objects go around in horizontal circles with the same speed. The diameter of one circle is half of the diameter of the other. The force required to keep the object on the smaller circular path is A. the same as The answ ...
... Relationship Between Variables of Uniform Circular Motion Suppose two identical objects go around in horizontal circles with the same speed. The diameter of one circle is half of the diameter of the other. The force required to keep the object on the smaller circular path is A. the same as The answ ...
Dynamics of Uniform Circular Motion
... earth orbiting the sun? (93,000,000 miles radius) (mass of sun = 2 x 1030) V = GME r ...
... earth orbiting the sun? (93,000,000 miles radius) (mass of sun = 2 x 1030) V = GME r ...
MIDTERM STUDY GUIDE -
... will not be exactly like this. If it was, it would only be measuring your powers of memorization, and you know how I despise that. The problems presented here approximate those in the midterm, they do not mimic them. Please study over and above that which is given here. ...
... will not be exactly like this. If it was, it would only be measuring your powers of memorization, and you know how I despise that. The problems presented here approximate those in the midterm, they do not mimic them. Please study over and above that which is given here. ...
Class14
... So why do you appear weightless in orbit? •Gravity still exerts a centripetal force on your body! •However, this force acts upon each and every atom in your body, i.e. the centripetal force is distributed evenly over your entire body. •There is no normal force, as was the case in the roller coaster ...
... So why do you appear weightless in orbit? •Gravity still exerts a centripetal force on your body! •However, this force acts upon each and every atom in your body, i.e. the centripetal force is distributed evenly over your entire body. •There is no normal force, as was the case in the roller coaster ...
Chapter 7
... 1. The gravitational attraction of Earth and the Sun provides a centripetal acceleration explaining Earth's orbit 2. The gravitational and inertial masses of an object are equivalent. 3. The radial line segment from the Sun to a planet sweeps out equal areas in equal time intervals. 3. What concept ...
... 1. The gravitational attraction of Earth and the Sun provides a centripetal acceleration explaining Earth's orbit 2. The gravitational and inertial masses of an object are equivalent. 3. The radial line segment from the Sun to a planet sweeps out equal areas in equal time intervals. 3. What concept ...
Review: Work, Power, Circular Motion
... Show how "dimensional analysis" [fancy form of one] can be used to calculate the car's angular speed--in revolutions per minute. ...
... Show how "dimensional analysis" [fancy form of one] can be used to calculate the car's angular speed--in revolutions per minute. ...
Uniform Circular Motion Ideas
... objects don’t tend to move in a circle by themselves. They tend to either be at rest of move in a straight line at constant speed (this is Newton’s first law) ...
... objects don’t tend to move in a circle by themselves. They tend to either be at rest of move in a straight line at constant speed (this is Newton’s first law) ...
Definitions
... direction of velocity, acceleration must be always at right angles to velocity. The acceleration vector points inward, toward the center of the circle. This is called centripetal acceleration from Latin for “to go to or seek the center.” Like the direction of the velocity vector, the direction of ce ...
... direction of velocity, acceleration must be always at right angles to velocity. The acceleration vector points inward, toward the center of the circle. This is called centripetal acceleration from Latin for “to go to or seek the center.” Like the direction of the velocity vector, the direction of ce ...
The passenger in the rear seat of a car moving at a steady
... The passenger in the rear seat of a car moving at a steady speed is at rest relative to: ...
... The passenger in the rear seat of a car moving at a steady speed is at rest relative to: ...
Newton`s Laws Powerpoint
... The acceleration (change of speed or direction) of a truck will be less than the acceleration of a golf ball if the same force is applied. ...
... The acceleration (change of speed or direction) of a truck will be less than the acceleration of a golf ball if the same force is applied. ...
