2. A weight of 100.0 kg is suspended by a cable from an I beam as...

  

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2. A weight of 100.0 kg is suspended by a cable from an "I" beam as shown in Figure 2.1. Calculate the force or tension in the cable in Newton to hold the mass stationary when the local gravitational accelerations are (a) 9.81 m/s² and (b) 1.63 m/s². Neglect the mass of the cable. (a) 3.60x10³ lbf (b) 9.0x10³ N. 100 kg 3. Determine the acceleration of gravity required in m/s² to lift a 1.500 Mg object at a uniform velocity when the force exerted is: 4. Calculate: Figure 2.1: (a) The weight of a 80 lbm of an object in lbf. (b) The mass in kg of an object that weighs 75 N. 2. A weight of 100.0 kg is suspended by a cable from an "I" beam as shown in Figure 2.1. Calculate the force or tension in the cable in Newton to hold the mass stationary when the local gravitational accelerations are (a) 9.81 m/s² and (b) 1.63 m/s². Neglect the mass of the cable. (a) 3.60x10³ lbf (b) 9.0x10³ N. 100 kg 3. Determine the acceleration of gravity required in m/s² to lift a 1.500 Mg object at a uniform velocity when the force exerted is: 4. Calculate: Figure 2.1: (a) The weight of a 80 lbm of an object in lbf. (b) The mass in kg of an object that weighs 75 N.

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2 Utilizing this formula we can determine the force or tension in the cable F is equivalent to ... View the full answer