# Differences

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 phy141:examprep:final12sols [2013/12/11 10:44]mdawber [Question 8 (Ave Score 19.67/25)] phy141:examprep:final12sols [2014/12/03 08:08] (current)mdawber [Question 5 (Ave Score: 16.7//25)] Both sides previous revision Previous revision 2014/12/03 08:08 mdawber [Question 5 (Ave Score: 16.7//25)] 2013/12/11 10:44 mdawber [Question 8 (Ave Score 19.67/25)] 2013/12/11 10:44 mdawber [Question 8 (Ave Score 19.67/25)] 2013/12/09 13:36 mdawber [Question 8] 2013/12/09 13:35 mdawber [Question 7] 2013/12/09 13:35 mdawber [Question 6] 2013/12/09 13:34 mdawber [Question 5] 2013/12/09 13:33 mdawber [Question 4] 2013/12/09 13:33 mdawber [Question 3] 2013/12/09 13:32 mdawber [Question 2] 2013/12/09 13:32 mdawber [Question 1] 2013/12/01 20:19 mdawber [Question 3] 2013/12/01 20:18 mdawber created 2014/12/03 08:08 mdawber [Question 5 (Ave Score: 16.7//25)] 2013/12/11 10:44 mdawber [Question 8 (Ave Score 19.67/25)] 2013/12/11 10:44 mdawber [Question 8 (Ave Score 19.67/25)] 2013/12/09 13:36 mdawber [Question 8] 2013/12/09 13:35 mdawber [Question 7] 2013/12/09 13:35 mdawber [Question 6] 2013/12/09 13:34 mdawber [Question 5] 2013/12/09 13:33 mdawber [Question 4] 2013/12/09 13:33 mdawber [Question 3] 2013/12/09 13:32 mdawber [Question 2] 2013/12/09 13:32 mdawber [Question 1] 2013/12/01 20:19 mdawber [Question 3] 2013/12/01 20:18 mdawber created Line 125: Line 125: A. $x_{0}=(m_{2}-m_{1}\sin\theta)\frac{g}{k}$ A. $x_{0}=(m_{2}-m_{1}\sin\theta)\frac{g}{k}$ - B. $W_{net}=-m_{2}gA+m_{1}g\sin{\theta}A+\frac{1}{2}kA^{2}$ + B. $W_{net}=\frac{1}{2}kA^{2}$ C. Consider the sum of the forces on each object C. Consider the sum of the forces on each object