11₁ 12 b) This is a continuation of the previous question. Suppose you consider the Earth's magnetic field in this calculation. The Earth's magnetic field points 30° below the horizontal and has a strength of 1.0 mT. What is the x-component magnetic force in newtons on a one meter length of one of the top wire now? Assume the wires are separated by the same distance and have the same current as the previous question. 1₁ B earth c) This is a continuation of the previous question. Suppose you consider the Earth's magnetic field in this calculation. The Earth's magnetic field points 30° below the horizontal and has a strength of 1.0 mT. What is the y-component magnetic force in newtons on a one meter length of one of the top wire now? Assume the wires are separated by the same distance and have the same current as the previous question.

11₁ 12 b) This is a continuation of the previous question. Suppose you consider the Earth's magnetic field in this calculation. The Earth's magnetic field points 30° below the horizontal and has a strength of 1.0 mT. What is the x-component magnetic force in newtons on a one meter length of one of the top wire now? Assume the wires are separated by the same distance and have the same current as the previous question. 1₁ B earth c) This is a continuation of the previous question. Suppose you consider the Earth's magnetic field in this calculation. The Earth's magnetic field points 30° below the horizontal and has a strength of 1.0 mT. What is the y-component magnetic force in newtons on a one meter length of one of the top wire now? Assume the wires are separated by the same distance and have the same current as the previous question.