Find the magnitude of the force on the wire at the top apex due to the other two

Question

Find the magnitude of the force on the wire at the top apex due to the other two wires using vector addition.

Find the direction of the force that on the wire at the top apex due to the other two wires. Specify the angle from the +x-axis going counter-clockwise (see figure on right).

Find the magnitude of the force on the bottom left wire due to the other two wires using vector addition.

Find the direction of the force that on the bottom left wire due to the other two wires. Specify the angle from the +x-axis going counter-clockwise (see figure on right).

Find the magnitude of the force on the bottom right wire due to the other two wires using vector addition.

Find the direction of the force that on the bottom right wire due to the other two wires. Specify the angle from the +x-axis going counter-clockwise (see figure on right).

Find the magnitude of the force on the wire at the top apex due to the other two wires using vector addition. Find the direction of the force that on the wire at the top apex due to the other two wires. Specify the angle from the +x-axis going counter-clockwise (see figure on right). Find the magnitude of the force on the bottom left wire due to the other two wires using vector addition. Find the direction of the force that on the bottom left wire due to the other two wires. Specify the angle from the +x-axis going counter-clockwise (see figure on right). Find the magnitude of the force on the bottom right wire due to the other two wires using vector addition. Find the direction of the force that on the bottom right wire due to the other two wires. Specify the angle from the +x-axis going counter-clockwise (see figure on right). The figure below shows three parallel wires arranged in a equilateral triangle with sides of length 10.0 cm. The wire at the apex carries a current of 7.0 A and points out of the page while the two wires at the bottom has currents of 12.0 A and 19.0 A pointing into the page.

Explanation / Answer

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