Three infinitely long wires running perpendicular to the page carry currents I-250 mA (into the page), I2- 100 mA (out of the page), and /=200 mà (out of the page). Suppose that d=0.150 m. What is the net force per unit length on the I wire? (Give the net force in terms of its x and y components, in units of Newtons per meter. Note lo = 4n x 10-7 Tm/A) Is d b) y component?
Three infinitely long wires running perpendicular to the page carry currents I-250 mA (into the page), I2- 100 mA (out of the page), and /=200 mà (out of the page). Suppose that d=0.150 m. What is the net force per unit length on the I wire? (Give the net force in terms of its x and y components, in units of Newtons per meter. Note lo = 4n x 10-7 Tm/A) Is d b) y component?
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Transcribed Image Text:Three infinitely long wires running perpendicular to the page carry currents I=250 mA (into the
page), I2=100 mA (out of the page), and I=200 mA (out of the page). Suppose that d=0.150
m. What is the net force per unit length on the h wire? (Give the net force in terms of its x and y
components, in units of Newtons per meter. Note lo = 4n x 10-7 Tm/A)
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b) y component?
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