The coefficient of kinetic friction under block A in Fig. 24-A is 0.30 and under block B is 0.20. Find the acceleration of the system and the tension in each cord 100 b 200 b 300 lb 30 Fig 24-A
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- B r P F A UBC Engineering Your team is prototyping a simple braking system for your model car. The 3.4 kg wheel with a radius of r = rad 0.15 m is rotating at w = 18 - .A servo motor can apply a variable force F, which in its first two seconds of operation is equal to F = 10t N and afterwards is equivalent to a constant force of F = 20 N . If the coefficient of kinetic friction between the braking arm and the wheel is μ= 0.2, determine the time needed for the wheel to come to a full stop. The point of contact P between the wheel and the arm is a distance r = -0.2 + 0.26 ĵ m from point A. The force of the servo motor is applied at exactly half of the horizontal distance to A from the point of contact. Assume the wheel can be treated as a disk and that the braking arm is massless. t =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 = ?the system blocks shown below is in equilibrium, the weight of block A is 10 kN and for block B is 35 kN. The coefficient of friction between A and surface is 0.2 and between two block A and B is 0.15. Answer :the following P=40KN B The value of friction force between the * block B and it's surface is 25 kN 35 kN 15 kN Non above-mentioned * The system is in Equilibrium Impending to motion Kinematic
- A car with a four-wheel drive weighs 3000 lb and has a wheelbase of 10 ft. The e.g. is 3 ft above the pavement and 4 ft ahead of the rear wheels. Compute the active force acting at the rear wheels when the car accelerates at 1/3 g ft per sec^2? Asume the coefficient of friction is equal at all four wheels.Please10:57 68 Practice: A + In Fig 3-16, the two boxes have identical masses of 40 kg. Both experience a sliding friction force with Hk = 0.15. Find the acceleration of the boxes ng sin 30 30 and the tension in the tie cord. Fig. 3-16 Kimberly S •.. Niea Sama. & Princess Di.. & Kimberly S
- In Fig. 5-14, the two boxes have identical masses of 40 kg. Both experience a sliding friction force with u 0.15. Find the acceleration of the boxes and the tension in the tie cord. 08T 30 30 0.Sme Fig. 5-14 Note: Draw the free-body diagram for objects A and B.The system shown below is made up of two pulleys attached to the same shaft, with radii ri and re of 0.29 mm and 0.43 mm, respectively. The total mass of the pulley system is 14 kg and its turning radius is 0.26 mm from its center. The mass of block A is 9 kg and the mass of block B is 2 kg. If the coefficient of kinetic friction between block B and the floor is 0.2, find the angular acceleration of the pulley.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.
- 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 lbBlock A is sliding down and pulling up both Block B and Block C. Find the accelerations of each body and the tension of rope if the coefficient of friction at Block A is 0.25 and at Block C is 0.35 A= 2000b B= 500 b C: 1000lb 314 AIn the given picture, a bar with length L and negligible weight is laid on the wall. If the coefficient of friction between the bar and the wall is 0.15, and the friction between the pin C and the bar is negligible. Find the interval for the fraction L/a in which the system is in balance.