d, and appropriate constants. The direction of vector B can be found using the right-hand rule. (Take care in applying the right-hand rule. Many students mistakenly use their left hand while applying the BK = HO right-hand rule since those who use their right hand for writing sometimes automatically use their "pencil-free hand" to determine the direction of B.) Previous Answers Correct This result is fairly obvious because of the symmetry of the problem: At point K, the two wires each contribute equally to the magnetic field. At points L and M you should also consider the symmetry of the problem. However, be careful! The vectors will add up in a more complex way. Part F Point L is located a distance dv2 from the midpoint between the two wires. Find the magnitude of the magnetic field BIL created at point L by wire 1. Express your answer in terms of I, d, and appropriate constants. View Available Hint(s) VO 60 2 ? BIL = Submit Part G Point L is located a distance dv2 from the midpoint between the two wires. Find the magnitude of the net magnetic field BL created at point L by both wires. Express your answer in terms of I, d, and appropriate constants. View Available Hint(s) VO AEd Figure BL Submit Part H Complete previous part(s) Part I Complete previous part(s) -dv2- -21- Part J Complete previous part(s) Part K Complete previous part(s) Provide Feedback