counter-A crane is set to lift a load as shown in the figure. The load has massm=2000 kg. The vertical tower of the crane has mass6000 kg. The horizontal beam of the crane has massMg = 4000 kg. The rope carrying the load is at a distance 8 m to thecrane's vertical tower. Total length of the uniform horizontal beamweightM7 =horizontal beam8mT2 mof the crane is 12 m.) Draw a free-body diagram of the beam.) At what distance x must the crane's counterweight ofloadb) (mass M-8000 kg be placed in order to keep the crane at balance?(See figure.)c)What is the maximum force that the tower mustwithstand, in order to lift this load?vertical towerador

a) The free-body diagram of the system will be as follows:

čounter- A crane is set to lift a load as shown in the figure. The load has mass m=2000 kg. The vertical tower of the crane has mass 6000 kg. The horizontal beam of the crane has mass Mg = 4000 kg. The rope carrying the load is at a distance 8 m to the crane's vertical tower. Total length of the uniform horizontal beam weight %3D horizontal beam 8m 12m of the crane is 12 m. ) Draw a free-body diagram of the beam. ) At what distance x must the crane's counterweight of mass M-8000 kg be placed in order to keep the crane at balance? a) load b) ( (See figure.) c) What is the maximum force that the tower must withstand, in order to lift this load? vertical tower oda

čounter- A crane is set to lift a load as shown in the figure. The load has mass m=2000 kg. The vertical tower of the crane has mass 6000 kg. The horizontal beam of the crane has mass Mg = 4000 kg. The rope carrying the load is at a distance 8 m to the crane's vertical tower. Total length of the uniform horizontal beam weight %3D horizontal beam 8m 12m of the crane is 12 m. ) Draw a free-body diagram of the beam. ) At what distance x must the crane's counterweight of mass M-8000 kg be placed in order to keep the crane at balance? a) load b) ( (See figure.) c) What is the maximum force that the tower must withstand, in order to lift this load? vertical tower oda

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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