b)Two parallel straight wire, X and Y are separated at a distance 15 m between each other asUTMshown in Figure 2. The currents in wire X and Y is 20 A and 10direction of the current is opposite and the length of each wire is 5 m. Calculate:A respectively when theUTM UTMXUTM &UY5UTM UTMM UTM UTMUTM UUTM. UTMi.M UTM UTMFigure 2the magnitude and direction of the total magnetic field at the point midway betweenthe wires.ii.the magnitude of the net force per unit length experienced by the wires.eUTM3 UTMS UTMUTM5 UTM

distance between two wires (d) = 15 m Ix = 20 A Iy = 10 A length of each wire = 5 m

Figure 2 b) Two parallel straight wire, X and Y are separated at a distance 15 m between UTM shown in Figure 2. The currents in wire X and Y is 20 A direction of the current is opposite and the length of each wire is 5 m. Calculate: each other as and 10 A respectively when the UTM &UTM X UTM U Y M UTM UTM UTM UTM UTM U UTM. & UTM i. M UTM & UTM Figure 2. the magnitude and direction of the total magnetic field at the point midway between the wires. UTM the magnitude of the net force per unit length experienced by the wires. ii. UTM UTM

Figure 2 b) Two parallel straight wire, X and Y are separated at a distance 15 m between UTM shown in Figure 2. The currents in wire X and Y is 20 A direction of the current is opposite and the length of each wire is 5 m. Calculate: each other as and 10 A respectively when the UTM &UTM X UTM U Y M UTM UTM UTM UTM UTM U UTM. & UTM i. M UTM & UTM Figure 2. the magnitude and direction of the total magnetic field at the point midway between the wires. UTM the magnitude of the net force per unit length experienced by the wires. ii. UTM UTM

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter31: Faraday’s Law

Section: Chapter Questions

Problem 31.20P

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