[PLAIN]http://www.tumblr.com/photo/1280/12942474909/1/tumblr_lutva4tbpB1qml28n [Broken]
Nov 17, 2011 #1 Velh 2 0 [PLAIN]http://www.tumblr.com/photo/1280/12942474909/1/tumblr_lutva4tbpB1qml28n [Broken] Last edited by a moderator: May 5, 2017
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Nov 17, 2011 #2 TaxOnFear 92 0 The masses are suspended, therefore you can assume the system is in equilibrium, and all of the component forces = 0. Form an equation (or 2) for this.
The masses are suspended, therefore you can assume the system is in equilibrium, and all of the component forces = 0. Form an equation (or 2) for this.
Nov 17, 2011 #4 TaxOnFear 92 0 Ʃfy = 0 Ʃfx = 0 There are your 2 statements, resolve the forces you have into component forces, apply the statements above, and you will get the correct answer.
Ʃfy = 0 Ʃfx = 0 There are your 2 statements, resolve the forces you have into component forces, apply the statements above, and you will get the correct answer.