This problem is shown in (Figure 1) Learning Goal: The straight wires carrying the currents ly and ly and the tightly wound flat coil of conducting wire all lie in the plane of the page. Comprehensive -- RHR 2, Magnetic flux. Faraday's Law, Lenz's Law This problem is shown in (Figure 1) d = 0.34 m, /1 = 8.2 A 12 = 3.1 A / = 4x x 10 T . m/A. The straight wires carrying the currents I, and ly and the tightly wound flat coil of The change from the initial situation to the final situation happens in a time interval of 0.015 seconds. The small coil has 10 turns, its cross-sectional area is 0.0012 m conducting wire all lie in the plane of the page. d = 0.34 m, 1 = 8.2 A 12 = 3.1 A /40 = 4x x 10 'T . m/A. Part A - In the IINITIAL situation on the left side, only current l, is present. At the location of the small coil, what is the direction of the magnetic field B, produced by 1? The change from the initial situation to the final situation happens in a time interval of 0.015 seconds. The small coil has 10" turns, its cross-sectional area is 0.0012 m- View Available Hint(s) O points to the LEFT of the page O points to the RIGHT of the page O points to the TOP of the page O points to the BOTTOM of the page Figure O is perpendicularly INTO the page O is perpendicularly OUT of the page Faraday' Law Submit Previous Answers d Correct 12 :O: Initial situation Final situation Part B - In the IINITIAL situal present. At the location of the small coil, what is the magnitude of the magnetic field B, produced by 1