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The figure below shows, Block A weighs 900N and Bock B weighs 450N. Determine the acceleration of the blocks if the coefficient of friction between the cable and the fixed drum is 0.10. 1800 A a = 1.002 m/sec2 a = 1.253 m/sec2 a = 1.346 m/sec2 O a = 1.784 m/sec2 O a = 1.836 m/sec2 B

The figure below shows, Block A weighs 900N and Bock B weighs 450N. Determine the acceleration of the blocks if the coefficient of friction between the cable and the fixed drum is 0.10. 1800 A a = 1.002 m/sec2 a = 1.253 m/sec2 a = 1.346 m/sec2 O a = 1.784 m/sec2 O a = 1.836 m/sec2 B

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The figure below shows, Block A weighs 900N and Bock B weighs 450N. Determine the acceleration of the blocks if the coefficient of friction between the cable and the fixed drum is 0.10. 1800 A a = 1.002 m/sec2 a = 1.253 m/sec2 a = 1.346 m/sec2 O a = 1.784 m/sec2 O a = 1.836 m/sec2 B
Transcribed Image Text:The figure below shows, Block A weighs 900N and Bock B weighs 450N. Determine the acceleration of the blocks if the coefficient of friction between the cable and the fixed drum is 0.10. 1800 A a = 1.002 m/sec2 a = 1.253 m/sec2 a = 1.346 m/sec2 O a = 1.784 m/sec2 O a = 1.836 m/sec2 B
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