7. A 20.0 kg block is pulled along a table surface by a rope. If the...

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7. A 20.0 kg block is pulled along a table surface by a rope. If the table surface has a j = 0.10, what applied force (the tension force) in the rope necessary to accelerate the block at 2.5 m/s? 8. Two buckets are at rest as arranged in the diagram below. Determine the tension in each rope. 10 kg 20 kg Rope #1 Rope #2 7. A 20.0 kg block is pulled along a table surface by a rope. If the table surface has a j = 0.10, what applied force (the tension force) in the rope necessary to accelerate the block at 2.5 m/s²? 8. Two buckets are at rest as arranged in the diagram below. Determine the tension in each rope. 10 kg 20 kg Rope #1 Rope #2 7. A 20.0 kg block is pulled along a table surface by a rope. If the table surface has a j = 0.10, what applied force (the tension force) in the rope necessary to accelerate the block at 2.5 m/s? 8. Two buckets are at rest as arranged in the diagram below. Determine the tension in each rope. 10 kg 20 kg Rope #1 Rope #2 7. A 20.0 kg block is pulled along a table surface by a rope. If the table surface has a j = 0.10, what applied force (the tension force) in the rope necessary to accelerate the block at 2.5 m/s²? 8. Two buckets are at rest as arranged in the diagram below. Determine the tension in each rope. 10 kg 20 kg Rope #1 Rope #2