Two vertically hanging wires have a fixed horizontal sepa-85 cm, and they carry upward cur-rents of i and i2, respectively. It is determined that wheni1 = 3.5 A, there is a sweet spot located a perpendicular dis-24 cm away from the first wire (and in the planeof the two wires) where the net magnetic field is preciselyzero. Under these conditions, what current iz must be flow-ration distance of dtance ri =ing through the other wire? Make sure that you indicate thedirection of the magnetic field from each wire in your repre-sentation. It may be helpful to make two different drawingsfrom different perspectives: (1) the wires lie in the plane of thepage and point upward, and (2) the wires are perpendicularto the page and point directly at you.

Given: The distance between the two wires is 85 cm. The current in wire 1 is 3.5 A. The distance…

Two vertically hanging wires have a fixed horizontal sep 85 cm, and they carry upward c rents of i1 and i2, respectively. It is determined that wh i1 = 3.5 A, there is a sweet spot located a perpendicular d tance ri = 24 cm away from the first wire (and in the pla of the two wires) where the net magnetic field is precise ration distance of d

Two vertically hanging wires have a fixed horizontal sep 85 cm, and they carry upward c rents of i1 and i2, respectively. It is determined that wh i1 = 3.5 A, there is a sweet spot located a perpendicular d tance ri = 24 cm away from the first wire (and in the pla of the two wires) where the net magnetic field is precise ration distance of d