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Consider the system shown with two masses connected by cable and pulley, with mass B supported on a simply supported beam. The masses mA = 34 kg, mB = 10 kg, and between mass B and the surface of the beam there is a coefficient of friction u = 0.17. C is a fixed pulley anchored to the beam. The beam is of negligible weight, considered as a rigid body, its length and the position of the different elements are indicated in the figure. The masses A and B are considered as particles, therefore, the height h is negligible, as is the dimension of the pulleys. Determine for the position shown, where x = 2.4 m: 6 m 2,5 m TITIT Cable a) The cable tension. pulley beam and massimportant note: this exercise contains 4 subitems. Select one: a. 266.1 kgf. b. 22.2 kgf. c. 354.8N d. 177.4 N. and. 88.7N F. 354.8 kgf. g. 22.2N h. 177.4 kgf. i. 266.1 N J. 44.3N k. 88.7 kgf. 1.44.3 kgf.
For the same problem with the same data: mA = 34 kg, mB = 10 kg, coefficient of friction u = 0.17, x = 2.4 m, determine: b) The horizontal reaction Dx of the beam. Select one: a. 72.ON b. 216.0 N. c. 144.0 kgf. d. 18.0 kgf. and. 288.1 kgf. F. 18.ON g. 144.ON h. 288.1N i. 216.0 kgf. J. 36.0 kgf. k. 36.ON 1. 72.0 kgf. For the same problem with the same data: mA = 34 kg, mB = 10 kg, coefficient of friction u = 0.17, x = 2.4 m, determine: c) The vertical reaction Ey of the beam. Select one: a. 132.8 kgf. b. 169.7 N. c. 77.3 kgf. d. 95.8 kgf. and. 68.1 kgf. F. 206.7 N. g. 169.7 kgf. h. 77.3 N i. 132.8N J. 206.7 kgf. k. 68.1N 1. 95.8N
For the same problem with the same data: mA = 34 kg, mB = 10 kg, coefficient of friction u = 0.17, x = 2.4 m, determine: d) What must be the minimum value of coefficient of friction u necessary for the beam to remain in equilibrium if the support at Dis also a roller? Select one: a. 1.70. b. 3.40. c. 8.50. d. 2.55. and. 0.85. F. 6.80. g. 5.10. h. 0.29.