A ball is attached to a horizontal cord of length L=1.01 m whose
other end is fixed, as shown.
If the ball is released, what will be its speed at the lowest point
of its path?
Correct, computer gets: 4.45 m/s
B) A peg is located a distance h directly below the point of attachment of the cord. If h = 0.740L, what will be the speed of the ball when it reaches the top of its circular path about the peg?
A ball is attached to a horizontal cord of length L=1.01 m whose other end is...
Conservation problem A ball is attached to a horizontal cord of length L whose other end is fixed (see picture), (a) If the ball is released, what will be its speed at the lowest point of its path? (b) A peg is located a distance h directly below the point of attachment of the cord. If h = 0.7 L, what will be the speed of the ball when it reaches the top of it circular path about the peg?...
4. [ 17 points] A ball is attached to a horizontal cord of length 110 cm, A peg is located a distance h-80cm directly below the point of attachment of the cord. If the ball is released what will be the speed of the ball when it reaches the top of its circular path about the peg? whose other end is fixed (see Fig.). Peg
A ball with mass m= 0.98 kg, is attached to a horizontal cord of length l = 59 cm whose other end is fixed. A peg is located a distance h = 12 cm directly below the point of attachment of the cord. After the ball is released, what will be the tension (in N) in the cord when it just starts its circular path about the peg?
A ball of mass m-3.50 kg is attached to a horizontal massless cord of length l- 2.00 m, and the other end is fixed, as shown. The ball is released from rest from the highest point, A. Peg a. b. What is the speed of the ball when it reaches its lowest point, B? How much work is done by gravity as the ball moves from point A to point B, its lowest point? c. How much work is done...
2. A small box of mass m is kept on a fixed, smooth sphere of radius R at a position where the radius through the box makes an angle of 30° with the vertical. The box is released from the position. (a) What is the force exerted by the sphere on the box just after the release? (b) Find the distance travelled by the box before it leaves contact with the sphere. 3. A particle is suspended from a fixed...
Two objects are moving in the xy-plane. Object A has a mass of 3.2 kg and has a velocity vA = < 2.3 m/s, 4.2 m/s > and object B has a mass of 2.9 kg and has a velocity vB = < -1.8 m/s, 2.7 m/s > . What is the total momentum of the system? A uniform sphere of radius 2R has a spherical cavity of radius R cut out of it. The center of the cavity is...
The ball has a mass \(m\) and is attached to the cord of length \(I\). The cord is tied at the top to a swivel and the ball is given a velocity \(\mathbf{v}_{0}\). Show that the angle \(\theta\) which the cord makes with the vertical as the ball travels around the circular path must satisfy the equation tan \(\theta \sin \theta=v_{0}^{2} / g l\). Neglect air resistance and the size of the ball.
The ball has a mass m and is attached to the cord of length I. The cord is tied at the top to a swivel and the ball is given a velocity. Show that the angle which the cord makes with the vertical as the ball travels around the circular path must satisfy the equation. Neglect air resistance and the size of the ball.
A mass m = 4 kg hangs on the end of a massless rope L = 1.91 m long. The pendulum is held horizontal and released from rest. 1) How fast is the mass moving at the bottom of its path? m/s 2) What is the magnitude of the tension in the string at the bottom of the path? N 3) If the maximum tension the string can take without breaking is Tmax = 337 N, what is the maximum...
A 5.5-kg bowling ball is attached to the end of a nylon (Young's modulus 3.7 times 10^9 N/m^2) cord with a cross-sectional area of 3.3 times 10^-5 m^2. The other end of the cord is fixed to the ceiling. When the bowling ball is pulled to one side and released from rest, it swings downward in a circular arc. At the instant it reaches its lowest point, the bowling ball is 1.2 m lower than the point it was released...