Recent content by voxphate

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    Mass needed to balance the magnetic force on upper rod

    I was afraid of that, but I just wanted to make sure I wasn't missing anything obvious. Thank you. EDIT: My teacher actually just changed the correct answer on the homework to 1.98 g. Wonder if he saw this?
  2. V

    Mass needed to balance the magnetic force on upper rod

    Homework Statement Two straight rods 60 cm long and 2.0 mm apart in a current balance carry currents of 18 A each in opposite directions. What mass must be placed on the upper rod to balance the magnetic force of repulsion? ## \mu_0 = 4 \pi * 10^-7 ~\frac {T * M} {A}## ## g = 9.81 ~m/s ##...
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