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In the figure, a copper rod of mass 210 grams rests on a pair of rails 85 cm apart. The rod is perpendicular to the rails. The rails are bare metal and carry a current of 40 amps, which of course is shared by the rod. The coefficient of friction is .65.A.055 T magnetic field exists, pointing almost straight up, making an angle of 25 degrees with the vertical. Find the acceleration of the rod. 40 A T 40 A 40 A

In the figure, a copper rod of mass 210 grams rests on a pair of rails 85 cm apart. The rod is perpendicular to the rails. The rails are bare metal and carry a current of 40 amps, which of course is shared by the rod. The coefficient of friction is .65.A.055 T magnetic field exists, pointing almost straight up, making an angle of 25 degrees with the vertical. Find the acceleration of the rod. 40 A T 40 A 40 A

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In the figure, a copper rod of mass 210 grams rests on a pair of rails 85 cm apart. The rod is perpendicular to the rails. The rails are bare metal and carry a current of 40 amps, which of course is shared by the rod. The coefficient of friction is 65. A.055 T magnetic field exists, pointing almost straight up, making an angle of 25 degrees with the vertical. Find the acceleration of the rod. 40 A F 40 A 40 A
Transcribed Image Text:In the figure, a copper rod of mass 210 grams rests on a pair of rails 85 cm apart. The rod is perpendicular to the rails. The rails are bare metal and carry a current of 40 amps, which of course is shared by the rod. The coefficient of friction is 65. A.055 T magnetic field exists, pointing almost straight up, making an angle of 25 degrees with the vertical. Find the acceleration of the rod. 40 A F 40 A 40 A
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