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Figure 2 shows two parallel long straight wire separated by 20 m carrying current of I1 = 12 A and I2 = 16 A in opposite direction. Calculate: 8 UTM * UTM I = 12 A UTM M UTM Iz= 16 A & UTM Figure 2 iUthe magnitude and direction of the total magnetic field at the point midway between M UTM the wires. 3UTM ii. the magnitude of the net force per unit length experienced by the wires. UTM UT

Figure 2 shows two parallel long straight wire separated by 20 m carrying current of I1 = 12 A and I2 = 16 A in opposite direction. Calculate: 8 UTM * UTM I = 12 A UTM M UTM Iz= 16 A & UTM Figure 2 iUthe magnitude and direction of the total magnetic field at the point midway between M UTM the wires. 3UTM ii. the magnitude of the net force per unit length experienced by the wires. UTM UT

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Figure 2 shows two parallel long straight wire separated by 20 m carrying current of I1 = 12 A and I2 = 16 A in opposite direction. Calculate: I UTM * UTM I1= 12 A I UTM M UTM Iz= 16 A UTM i. Uthe magnitude and direction of the total magnetic field at the point midway between UTM M UTM Figure 2 the wires. 3UTM ii. the magnitude of the net force per unit length experienced by the wires. UTM UTM
Transcribed Image Text:Figure 2 shows two parallel long straight wire separated by 20 m carrying current of I1 = 12 A and I2 = 16 A in opposite direction. Calculate: I UTM * UTM I1= 12 A I UTM M UTM Iz= 16 A UTM i. Uthe magnitude and direction of the total magnetic field at the point midway between UTM M UTM Figure 2 the wires. 3UTM ii. the magnitude of the net force per unit length experienced by the wires. UTM UTM
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