1) You pull horizontally on the block in the figure, causing both blocks to move together as a unit. For this moving system: (a) make carefully labeled free-body diagrams of the blocks assuming there is friction HA between the two blocks and µg between the block and the table. (b) Write out Newton's equations of motion for both block separating out the x and y components. (c). The table is frictionless but there is friction (a horizontal force) between blocks A and B. Block B has mass 6.00 kg and block B has mass 2.00 kg. If the horizontal pull applied to block B equals 12.0 N. then block B has an acceleration of 1.80 m/s². What is the acceleration of block A?
1) You pull horizontally on the block in the figure, causing both blocks to move together as a unit. For this moving system: (a) make carefully labeled free-body diagrams of the blocks assuming there is friction HA between the two blocks and µg between the block and the table. (b) Write out Newton's equations of motion for both block separating out the x and y components. (c). The table is frictionless but there is friction (a horizontal force) between blocks A and B. Block B has mass 6.00 kg and block B has mass 2.00 kg. If the horizontal pull applied to block B equals 12.0 N. then block B has an acceleration of 1.80 m/s². What is the acceleration of block A?
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