Answer Happy

any diagram you could draw will be of great help, this concept simply isnt making sense to me.
[-/10 Points] Instructions Determine the direction of the the induced currents for the following problems. To do so, bear in mind the following: If the Bur through a loop is decreasing, then the current will point in the direction needed to produce a Beld that is paralel to the demal B-seld If the flux through a loop is increasing then the current will point in the direction needed to produce a B-fold thutes and paralel to the extemal 6- The B-field due to a current is given by 8 wherer is the distance from the current to the point of interest 2 Part 1 DETAILS In the diagram below, the current in the red wire is directed up and is decreasing. The blue loop is at t center of the loop & the direction of the induced current in the loop. O Submit Answer Content t and es radius is constant. Determine the direction of the induced 8-field Part 2 In the diagram below, the current in the red wire is constant and is directed left. The blue loop is at rest and its radius is increasing. Determine the direction of the induced B-field at the center of the loop & the direction of the induced current in the loop. O 5. (-/10 Points] DETAILS Direction of induced B-field at center of loop Choose direction Direction of induced current-[Choose direction Part 3 In the diagram below, the current in the red wire is constant and is directed down. As the blue loop moves away from the red wire, its radius remains constant. Determine the direction of the induced B-field at the center of the loop & the direction of the induced current in the loop O Direction of induced B-field at center of loop- [Choose direction Direction of induced current-Choose direction Direction of induced B-field at center of loop [Choose direction Direction of induced current-[Choose drection Choose direction the 19 6 doce counterclockanse na induced B-Beld MY NOTES ASK YOUR TEACHER