How to Find Direction of Torque on Current Loop
Just so how do you find the direction of torque in a magnetic field. Its direction can be found from another right-hand rule. Magnetic Dipole Moment In This Moment Potential Energy Pauli Exclusion Principle Flemings right hand thumb rule is used to find out the direction of torque on a current loop. . Since the equation for torque on a current-carrying loop is τ NIAB sin θ the units of N. Where the area vector is perpendicular to the plane of the loop. Mathematically Here A is a vector quantity with the magnitude equal to the area of the rectangular loop and the direction. The loop has dimensions a 4 cm and b 5 cm. So I suppose many comforts of modern life depend on this interaction. τ τ μ μ B. -Fa on x-axis -Fb on y-axis -Fa on z-axis -Fb on z-axis For the X-axis I found that torque is 1064e-5 and Fb0 For the y-axis I found the torque is 1064e-5 and Fa0. The direction of Ais perpendicular to the loop in t...