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The two blocks shown are originally at rest. Block A has a weight of 100 lb and block B has a weight of 250 lb. Neglecting the masses of the pulleys and the effect of friction in the pulleys and between block A and the incline. [Select] ft/s². [Select] ft/s². 30° (a) Determine the acceleration of block A in (b) Determine the acceleration of block B in

The two blocks shown are originally at rest. Block A has a weight of 100 lb and block B has a weight of 250 lb. Neglecting the masses of the pulleys and the effect of friction in the pulleys and between block A and the incline. [Select] ft/s². [Select] ft/s². 30° (a) Determine the acceleration of block A in (b) Determine the acceleration of block B in

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The two blocks shown are originally at rest. Block A has a weight of 100 lb and block B has a weight of 250 lb. Neglecting the masses of the pulleys and the effect of friction in the pulleys and between block A and the incline. [Select] ft/s². [Select] ft/s². [Select] lb. [Select] lb. 30° B (a) Determine the acceleration of block A in (b) Determine the acceleration of block B in (c) Determine the tension force in block A in (d) Determine the tension force in block B in
Transcribed Image Text:The two blocks shown are originally at rest. Block A has a weight of 100 lb and block B has a weight of 250 lb. Neglecting the masses of the pulleys and the effect of friction in the pulleys and between block A and the incline. [Select] ft/s². [Select] ft/s². [Select] lb. [Select] lb. 30° B (a) Determine the acceleration of block A in (b) Determine the acceleration of block B in (c) Determine the tension force in block A in (d) Determine the tension force in block B in
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