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1.(15%) The system shown in Figure 3 is in equilibrium with the string in the center exactly norizontal. If block A weighs 45.ON, block B weighs 55.0N, and angle D equals 35°, please find: a) tension T1; (b) tension T2; $ V- Ao mar c) tension T3; (d) angle 0. Amas A u T3 mv H= Mr SOCA TOA

1.(15%) The system shown in Figure 3 is in equilibrium with the string in the center exactly norizontal. If block A weighs 45.ON, block B weighs 55.0N, and angle D equals 35°, please find: a) tension T1; (b) tension T2; $ V- Ao mar c) tension T3; (d) angle 0. Amas A u T3 mv H= Mr SOCA TOA

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4.(15%) The system shown in Figure 3 is in equilibrium with the string in the center exactly horizontal. If block A weighs 45.0N, block B weighs 55.0N, and angle O equals 35°, please find: (a) tension T1; (b) tension T2; V= mar (c) tension T3; (d) angle 0. Amac : A u T3 mu てuu=エ
Transcribed Image Text:4.(15%) The system shown in Figure 3 is in equilibrium with the string in the center exactly horizontal. If block A weighs 45.0N, block B weighs 55.0N, and angle O equals 35°, please find: (a) tension T1; (b) tension T2; V= mar (c) tension T3; (d) angle 0. Amac : A u T3 mu てuu=エ
4.(15%) The system shown in Figure 3 is in equilibrium with the string in the center exactly horizontal. If block A weighs 45.0N, block B weighs 55.0N, and angle O equals 35°, please find: (a) tension T1; (b) tension T2; V= mar (c) tension T3; (d) angle 0. Amac : A u T3 mu てuu=エ
Transcribed Image Text:4.(15%) The system shown in Figure 3 is in equilibrium with the string in the center exactly horizontal. If block A weighs 45.0N, block B weighs 55.0N, and angle O equals 35°, please find: (a) tension T1; (b) tension T2; V= mar (c) tension T3; (d) angle 0. Amac : A u T3 mu てuu=エ
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