# The system is released from rest with the cable taut neglect

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Mar 27, 2018 · Block A as mass 12 and block B has a mass of 8 kg when the system is released from rest. Neglect the mass of the pulleys and cable, and neglect friction. a. Determine the kinematic equation needed to evaluate the acceleration of each block (and label S_A and S_B on the above diagram). b. Calculate...

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The system is released from rest with the cable taut. For the friction coefficients μs = 0.28 and μk = 0.22, calculate the acceleration of each body and the tension T in the cable. Neglect the small mass and friction of the pulleys. The acceleration of A is positive if down the slope, and negative if up the slope. mass M2= 2 kg. The system is released from rest when the lighter mass is on the floor and the heavier mass is 1.8 m above the floor. How long does it take the heavier mass to hit the floor? Conceptual Analysis: - The system accelerates so that mass 1 will move down, mass 2 will move up, and the pulley will rotate counter clockwise. Question: The system is released from rest with the cable taut, and the homogeneous cylinder does not slip on the rough incline. Determine the angular acceleration of the cylinder and the minimum ... respectively. If the system is released from rest, determine the speed of the crate and cylinder when . Neglect the mass of the pulley.s t= 3 s SOLUTION Free-Body Diagram:The free-body diaramg s of cylinder Aand crate Bare shown in Figs. b and c. and must be assumed to be directed downward so that they are

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the system is released from rest with the cable taut. neglect the small mass and friction of the pulley and calculate the acceleration of each body and the cable tension T upon release if (a) us=.25, uk=.20 and (b) us=0.15, uk=0.10. mass M2= 2 kg. The system is released from rest when the lighter mass is on the floor and the heavier mass is 1.8 m above the floor. How long does it take the heavier mass to hit the floor? Conceptual Analysis: - The system accelerates so that mass 1 will move down, mass 2 will move up, and the pulley will rotate counter clockwise. Q.2: The system shown in the figure is released from rest with cable taut. For the friction coefficients = 0.25 (static) and = 0.20 (kinetic), calculate the acceleration of each body and the tension in the cable. Problem 4-1: The blocks A, B, and C shown in the adjacent figure have masses, respectively, mA-10 kg, mB 6 kg, and mc = 6 kg. Neglect the small mass and friction of the pulleys. The system is released from rest with the cable taut. Determine the accelerations of the three blocks. Do these accelerations change with time? (4 ed) 5.4 A magician attemps to pull a tablecloth from under a 200-g mug located 30 cm from the edge of the cloth. If there is a frictional force of 0.10 N exerted on the mug by the cloth, and the cloth is pulled with a constant acceleration of magnitude 3.0 m/s 2, how far does the mug move on the tabletop before the cloth is completely out from under it? on the cable in the direction shown. Compute the time needed to unravel 5 m of cable from the spool if the spool and cable have a total mass of 600 kg and a centroidal radius of gyration of ko = 1.2 m. For the calculation, neglect the mass of the cable being unwound and the mass of rollers at A and B. The rollers turn with no friction. 45. Two crates, of mass 75 kg and 110 kg, are in contact and at rest on a horizontal surface ( Fig. 4-47). A 730-N force is exerted on the 75-kg crate. If the coefficient of kinetic friction is 0.15, calculate (a) the acceleration of the system, and (b) the force that each crate exerts on the other. Determine the required mass of block A so that when it is released from rest it moves the 5-kg block B a distance of 0.75 m up along the smooth inclined plane in t = 2 s. Neglect the mass of the ... The system is released from rest with the cable taut. For the friction coefficients {eq}\mu_s = 0.28 {/eq} and {eq}\mu_k = 0.23 {/eq}, calculate the acceleration of each body and the tension T in...

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The spring is unstretched when the system is as shown in the gure, and the incline is frictionless. The 18.0-kg block is pulled a distance h = 24.0 cm down the incline of angle = 40:0 and released from rest. Find the speed of each block when the spring is again unstretched. Let’s use the isolated system model consisting of the two blocks ... Q.2: The system shown in the figure is released from rest with cable taut. For the friction coefficients = 0.25 (static) and = 0.20 (kinetic), calculate the acceleration of each body and the tension in the cable.

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The system is released from rest with the cable taut. For the friction coefficients m s = 0.25 and m k = 0.20, calculate the acceleration of each body and the tension T in the cable. Neglect the small mass and friction of the pulleys.(3/29)

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Neglect air resistance, define the zero of gravitational potential energy to be the height from which you release the ball, and assume your friend catches the ball at the same height from which you released it. Draw a set of energy bar graphs, showing the ball’s

Determine the required mass of block A so that when it is released from rest it moves the 5-kg block B a distance of 0.75 m up along the smooth inclined plane in t = 2 s. Neglect the mass of the ... The system is released from rest with the cable taut. For the friction coefficients mus = 0.25 and muk = 0.20, calculate the acceleration of each body and the tension T in the cable. Neglect the small mass and friction of the pulleys. Problem 16.2 The 100- crate is released from rest on the inclined surface at time t = 0. The coefﬁcient of kinetic friction between the crate and the surface is µ k = 0.18. (a) Determine the magnitude of the linear impulse due to the forces acting on the crate from t = 0to t = 2s. (b) Use the principle of impulse and momentum to If the system is released from rest, determine the force in each link immediately after release. chair Problem 4.4 The uniform 60 lb log is supported by two cables and used as a battering ram. If the log is released from rest in the position shown, determine a) the tension in each cable immediately after release The system is released from rest with the cable taut. For the friction coefficients ms = 0.28 and mk = 0.21, calculate the acceleration of each body and the tension T in the cable. Neglect the small mass and friction of the pulleys.

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If the system is released from rest, determine the force in each link immediately after release. chair Problem 4.4 The uniform 60 lb log is supported by two cables and used as a battering ram. If the log is released from rest in the position shown, determine a) the tension in each cable immediately after release The system is released from rest with the cable taut. For the friction coefficients {eq}\mu_s = 0.28 {/eq} and {eq}\mu_k = 0.23 {/eq}, calculate the acceleration of each body and the tension T in... Ch. 8: Kinetics of Particles 8.4 Rectilinear Motion. P. 8/7 Determine the accelerations of bodies A and B. and the tension in the cable due to the. application of the 250 N force. Neglect all friction. and the masses of the pulleys. 434 It is prevented from rotating by the track and wheels mounted along its sides. When ,the motor Mdraws in the cable with a speed of 6 m s,measured relative to the elevator. If it starts from rest, determine the constant acceleration of the elevator and the tension in the cable. Neglect the mass of the pulleys, motor, and cables. > t=2 s. Ans.

Determine the required mass of block A so that when it is released from rest it moves the 5-kg block B a distance of 0.75 m up along the smooth inclined plane in t = 2 s. Neglect the mass of the ... Show that the direction, as well as the magnitude of (a) the tangential velocity of a particle moving in a circle of radius r drawn from the center of the circle and rotating with angular velocity w is v = w x r and (b) the particle's radial or centripetal acceleration is a = w x (w x r).

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on the cable in the direction shown. Compute the time needed to unravel 5 m of cable from the spool if the spool and cable have a total mass of 600 kg and a centroidal radius of gyration of ko = 1.2 m. For the calculation, neglect the mass of the cable being unwound and the mass of rollers at A and B. The rollers turn with no friction. Show that the direction, as well as the magnitude of (a) the tangential velocity of a particle moving in a circle of radius r drawn from the center of the circle and rotating with angular velocity w is v = w x r and (b) the particle's radial or centripetal acceleration is a = w x (w x r). (4 ed) 5.4 A magician attemps to pull a tablecloth from under a 200-g mug located 30 cm from the edge of the cloth. If there is a frictional force of 0.10 N exerted on the mug by the cloth, and the cloth is pulled with a constant acceleration of magnitude 3.0 m/s 2, how far does the mug move on the tabletop before the cloth is completely out from under it?

3/26 The system is released from rest with the cable taut. For the friction coefficients — 0.25 and 0.20, calculate the acceleration of each body and the tension T in the cable. Neglect the small mass and friction of the pulleys.