is the direction of the current in the top coil from B to D, B to A, A to C and then C to D? if so would the answer to the question be G to H?

. The figure below shows the arrangement you used to study forces between current-carrying wires. This balance. however, had a resolution of 0.001 g. The student forgot to set the balance to 0.000 g with the balance coil in place, so the reading on the electronic balance was +210.250 g with no current in either coil. The current is then set to 0.600 A in each coil and the balance reading changes to a value of +210.575 g. The direction of the current in the top coil is from D to B. Label the current in the top coil /, and the current in the balance coil as /p. The distance between the segments CD and EF is r. The constant of proportionality, k, contains information on the length of the current-carrying wire. Please use g = 9.800 m/s?. B Top Coil D Balance Coil Balance Pan D 1. (2 pts) The direction of the current in the balance coil is from X ( A) H to G (B) G to E (C) G to H (D) E to F (E) None of the other offered answers