h²biz·10 13doi₁The figure shows the cross section through three long wires with a linear mass distribution of 139 g/m. They carry currents ¡₁, 2, and i3 in the directions shown. Wires 2 and 3 are 14.3 cm apart and are attached toa vertical surface, and each carries a current of 773 A. What current, i₁, will allow wire 1 to "float" at a perpendicular distance d = 12.1 cm from the vertical surface? (Neglect the thickness of the wires.)Submit Answer Tries 0/100

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h{ piz d oi₁ The figure shows the cross section through three long wires with linear mass distribution of 139 g/m. They carry currents 11, 12, and is in the directions shown. Wires 2 and 3 are 14.3 cm apart and are attached to vertical surface, and each carries a current of 773 A. What current, ₁, will allow wire 1 to "float" at a perpendicular distance d = 12.1 cm from the vertical surface? (Neglect the thickness of the wires.) Submit Answer Tries 0/100

h{ piz d oi₁ The figure shows the cross section through three long wires with linear mass distribution of 139 g/m. They carry currents 11, 12, and is in the directions shown. Wires 2 and 3 are 14.3 cm apart and are attached to vertical surface, and each carries a current of 773 A. What current, ₁, will allow wire 1 to "float" at a perpendicular distance d = 12.1 cm from the vertical surface? (Neglect the thickness of the wires.) Submit Answer Tries 0/100