Equilateral with side length perpendicular to the vertices of the triangle, the plane of the figure I1 and I2 = I3 currents from long straight wires inserted pass. The triangle of these currents now the contributions to the net area, B1, B2, and B3 on the figure shows the total magnetic direction and intensity Find. Express your answer in terms of what is given. The directions of the currents are shown on the figure.

Needs Complete typed solution with 100% accuracy.

A current of IL = 0.10 A runs clockwise in a loop forming the figure shown below. A uniform magnetic field magnitude B=0.007 T points to the left. 5. L, = 0.020 m L4 0.050 m L, = 0.030 m B L3 = 0.060 m a) Find the force on each segment, giving both an expression or value for the magnitudes the directions shown on the diagram. Use arrows for any forces in the plane of the page and dots and x's for any forces out of and into the page, respectively. b) Find the direction (if there is a force) and the magnitude of the net force on the loop (numbers or expressions for magnitude.) c) Find the direction (if there is a torque) and magnitude of the net torque (numbers or expressions for magnitude, vector direction or rotation sense for torque if there is a torque.)