A. Determine the total magnetic force F exerted by the long wire on Image transcription textA very long horizontal wire carries a current I1 = 15 A that flows to the right in the xy plane. The wire is locatedat a distance d = 10 m below the x-axis. A second wire, also in the xy plane, is bent into a square loop andcarries a current 12 = 12 A flowing clockwise. The square loop measures h = 0.6 m on each side. a Show more Show moreA. Determine the total magnetic force F exerted by the long wire on the square loop. hint: answer should be a vector with magnitude and direction.B. What is the net magnetic field Bnet? at the origin? Your answer should be a vector with magnitude and direction. Hint: you can assume that h«d.C. An electron traveling with constant velocity v=<5000,0,0> m/s passes through the origin. How will its trajectory be affected by Bnet?? To get full credit you must say what direction, if any, it gets deflected towards, and briefly explain your reasoning.SciencePhysics PHYS 2212k
