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Block A of mass 4.0 kg is present on a surface inclined at an angle of = 55. The coefficient of kinetic friction on
Block A of mass 4.0 kg is present on a surface inclined at an angle of = 55. The coefficient of kinetic friction on this surface is Mk1 = 0.11. Block A is connected by a cord and pulley to another block B of mass 1.7 kg. Block B is present over a surface inclined at = 0.13. If the blocks are sliding with certain 0 32 with coefficient of kinetic friction Mk2 2= acceleration, find the acceleration in the blocks. (Hint: Make a reasonable assumption about blocks' direction of motion. If your answer is negative, it means your assumption was wrong. Enter your answer WITHOUT NEGATIVE SIGN. Use three decimal places). 0 02 B
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To solve this problem we will need to apply Newtons second law to each block independently and then relate the two using the tension in the rope and t...
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System Dynamics
Authors: William Palm III
3rd edition
73398063, 978-0073398068
