A 300 g brass (non-magnetic) block A and a B magnet 200 g steel are balanced in a brass tube under the action of the magnetic repellent force from another C steel magnet located at a distance x = 4 mm of B. The force is inversely proportional to the square of the distance between B and C. If block A is suddenly removed, determine a) the maximum velocity of B, b) the maximum acceleration of B. Suppose that the air resistance and friction are negligible
A 300 g brass (non-magnetic) block A and a B magnet 200 g steel are balanced in a brass tube under the action of the magnetic repellent force from another C steel magnet located at a distance x = 4 mm of B. The force is inversely proportional to the square of the distance between B and C. If block A is suddenly removed, determine a) the maximum velocity of B, b) the maximum acceleration of B. Suppose that the air resistance and friction are negligible
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A 300 g brass (non-magnetic) block A and a B magnet 200 g steel are balanced in a brass tube under the action of the magnetic repellent force from another C steel magnet located at a distance x = 4 mm of B. The force is inversely proportional to the square of the distance between B and C. If block A is suddenly removed, determine a) the maximum velocity of B, b) the maximum acceleration of B. Suppose that the air resistance and friction are negligible
Transcribed Image Text:A
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C
Figura P13.37
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