Magnetic Force on Various Sides of Spinning Loop?? 1. The problem statement, all variables and given/known data A horizontal uniform magnetic field of magnitude 0.4 T is oriented at an angle of = 65° relative to a line perpendicular to plane of a vertical, rectangular loop, as indicated in the figure. The loop has a height of 8 cm and a width of 15 cm. Each of the 1000 turns of wire in the loop carries a current of 0.22 A counterclockwise around it. a link to the diagram: http://www.webassign.net/userimages/last-prob-diag-small.jpg?db=v4net&id=86188 (a) Find the size of the force (+ only) on each side of the loop: top: ____N? bottom: 2 N left: ___N? right:____N? 2. Relevant equations Fb=ILBsintheta (where theta is the angle between I and B) 3. The attempt at a solution I'm using Fb=ILBSsintheta, and found theta to be 25 degrees. For the force on the top side, i'm using the length of the top side, 15cm=.15m. I=.22A L=.15m B=.4T theta=25 degrees So, I get Fb=(.22)(.25)(.4)(Sin25)=.005579 I've also tried using the length of the other side, but it's still wrong according to my online homework. Anything will help! This assignment is due soon!