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As shown above, a 2 kg block on a table is being acted on by a force, F→1, and is moving to the left. The block has an acceleration of 6 m/s2 left. Determine the weight (FG) of the block, the normal force (FN) the table is exerting on the block, the kinetic friction (FK) between the block & the table, & the coefficient of kinetic friction (μK)⋅ F1 = 22 N. Ignore air drag. State the proper mks units with each answer. FG = Choose Direction FN = Choose Direction FK = Choose Direction μK =

As shown above, a 2 kg block on a table is being acted on by a force, F→1, and is moving to the left. The block has an acceleration of 6 m/s2 left. Determine the weight (FG) of the block, the normal force (FN) the table is exerting on the block, the kinetic friction (FK) between the block & the table, & the coefficient of kinetic friction (μK)⋅ F1 = 22 N. Ignore air drag. State the proper mks units with each answer. FG = Choose Direction FN = Choose Direction FK = Choose Direction μK =

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As shown above, a 2 kg block on a table is being acted on by a force, F → 1 , and is moving to the left. The block has an acceleration of 6 m / s 2 left. Determine the weight ( F G ) of the block, the normal force ( F N ) the table is exerting on the block, the kinetic friction ( F K ) between the block & the table, & the coefficient of kinetic friction ( μ K ) ⋅ F 1 = 22 N . Ignore air drag. State the proper mks units with each answer. F G = ◻ - Choose Direction − ≈ F N = ◻
  • Choose Direction - ∼ ^ F K = ◻ -Choose Direction - μ K = ◻

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