2 m/s when t = 0s, a. Draw the free body diagram of the problem. initial velocity v1 %3D b. Determine the velocity when t = 2 s. The coefficient of kinetic friction between the crate 596 and the incline is uk kg = 0.3. 140
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- A uniform plank is supported by a fixed support at A and a drum at B that rotates clockwise. The coefficients of static and kinetic friction for the two points of contact are as shown. Determine whether the plank moves from the position shown if (a) the plank is placed in position before the drum is set in motion; and (b) the plank is first placed on the support at A and then lowered onto the drum, which is already rotating.The block of weight W is pulled by the force P inclined at the angle to the horizontal. Find the smallest force P and the corresponding angle that would cause impending sliding of the block. The angle of static friction between the block and the ground is s.The force P applied to the brake handle enables the band brake to reduce the angular speed of a rotating drum. If the tensile strength of the band is 3800 lb, find the maximum safe value of P and the corresponding braking torque acting on the drum. Assume that the drum is rotating clockwise.
- 6. The m kg crate shown in Figure 6 is hoisted up by the incline using the cable and motor M. For a Kt2 short time, the force in the cable is F %3D newton wheret is in seconds. If the crate has an initial velocity v1 2 m/s when t s, || Draw the free body diagram of the problem. b. Determine the velocity when t = 2 s. The coefficient of kinetic friction between the crate 15 and the incline is uk = 0.3. Figure 6. 618 K = %3D 147.6 m = kg* 6. The m kg crate shown in Figure 6 is hoisted up by the incline using the cable and motor M. For a short time, the force in the cable is F = Kt? newton where t is in seconds. If the crate has an M initial velocity v = 2 m/s when t = 0s, a. Draw the free body diagram of the problem. b. Determine the velocity when t = 2 s. The 8, coefficient of kinetic friction between the crate 15 and the incline is µk 0.3. Figure 6. K = 425 %D 50 kg m =6. The m kg crate shown in Figure 6 is hoisted up by the incline using the cable and motor M. For a short time, the force in the cable is F = Kt² F newton where t is in seconds. If the crate has an initial velocity vị = 2 m/s when t = 0 s, a. Draw the free body diagram of the problem. b. Determine the velocity when t = 2 s. The 15 coefficient of kinetic friction between the crate Figure 6. and the incline is µz = 0.3. F = Kt? Newton K= 603 142.478 .kg m =
- consider the mass and pulley system in the attached file. mass m1 = 29 kg and mass m2 = 12kg. the angle of the inclined plane is given and the coefficient of kinetic friction between mass m2 and the inclined plane is uk = 0.12. assume the pulleys are massless and frictionless what is the acceleration of mass m2 on the inclined plane? take positive acceleration to be up the ramp a2 = ?5. A box with a mass of 100 kg was originally attached to the spring at position A. After that, pressure was applied to the box until The spring compresses to a distance of X - 1 m and releases it, causing the box to move upwards along the inclined floor. If the incline has and = the coefficient of friction uk = 0.3, find the box that can travel along the incline for a maximum distance in meters.5 Find the Jeast value of P that will just start the system of blocks shown moving to the left. The coefficient of friction under each block is 0,25. 300 N 100 N 30°
- Problem 1 The 2 blocks are originally at rest. The pulleys are smooth. The coefficient of friction between the block A and the incline are us = 0.35 and uK = 0.32. The mass of the blocks are ma = 50kg and MB = 80kg and the angle of the slope a = 35 degrees. %3D A 1. Find the relation between the acceleration of the block A and the block B 2. Do FBD and kinetic diagram of both blocks. 3. Solve for both accelerations, what is the direction of the motion? 4. Find the tension in the cable.The man pushes on the roller with force P through a handle that connects to the central axle of the roller. If the coefficient of static friction between the 43-lb roller and the floor is Hs = 0.21, and the force Pis maximum so that the roller is about to slip, determine the angular acceleration of the roller (in rad/s?). Assume the roller to be a uniform cylinder. Please pay attention: the numbers may change since they are randomized. Your answer must include 2 places after the decimal point, and proper unit. Take g = 32.2 ft/s?. 1.5 ft 30°Q # 2: The power winch A hoists the 1000 lb log at a constant speed of 4 ft/sec as shown in Figure. If the power output of the winch is 6 hp, compute the coefficient of kinetic friction uk between the log and the surface. If the power suddenly increased to 8 hp, what is the corresponding instantane ous acceleration "a" of the log? 4 ft/sec A 100 lb