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27 Nov 2019
The mass of the suspended object A is Ma and the masses ofthepulleys are negligible. Determine the force T necessary forthesystem to be in equilibrium.
A visual is herehttp://www.cramster.com/answers-sep-08/physics/statics-pulley-problem-mass-suspended-object-ma-masses_324644.aspx
On the example problem the the two free hanging pully's forces weresummed, but I am confused on this one. The answer is t= mg/26
Thanks
The mass of the suspended object A is Ma and the masses ofthepulleys are negligible. Determine the force T necessary forthesystem to be in equilibrium.
A visual is herehttp://www.cramster.com/answers-sep-08/physics/statics-pulley-problem-mass-suspended-object-ma-masses_324644.aspx
On the example problem the the two free hanging pully's forces weresummed, but I am confused on this one. The answer is t= mg/26
Thanks
1
answer
0
watching
266
views
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Bunny GreenfelderLv2
28 Apr 2019