Three long, parallel, identical, wire segments are spaced 18 centimeters apart, and each wire segment has a 1 ohm resistance (also, assume the blue hookup wire has no resistance). The power supply delivers 24 amps to the network of 1 ohm wire segments. Calculate the force per length acting on the wire segment indicated in the figure. Consider only the forces exerted by the other two wire segments. Choices are given in milli-Newtons per meter. Current 24 Amps Force per length on this wire segment Activate Windows Go to Settings to activate Windows. 1.19 mN/m
Three long, parallel, identical, wire segments are spaced 18 centimeters apart, and each wire segment has a 1 ohm resistance (also, assume the blue hookup wire has no resistance). The power supply delivers 24 amps to the network of 1 ohm wire segments. Calculate the force per length acting on the wire segment indicated in the figure. Consider only the forces exerted by the other two wire segments. Choices are given in milli-Newtons per meter. Current 24 Amps Force per length on this wire segment Activate Windows Go to Settings to activate Windows. 1.19 mN/m
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![Three long, parallel, identical, wire segments are spaced 18 centimeters apart, and each wire segment has a 1 ohm resistance (also, assume the blue hookup wire has no
resistance). The power supply delivers 24 amps to the network of 1 ohm wire segments. Calculate the force per length acting on the wire segment indicated in the figure.
Consider only the forces exerted by the other two wire segments.
Choices are given in milli-Newtons per meter.
Current
24 Amps
Force per length on this wire segment
Activate Windows
Go to Settings to activate Windows.
1.19 mN/m
田田](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc72d117c-b7a7-4ce3-8a5b-6c9e83e9ca9e%2Fcaf18c55-1222-48ae-8085-ab5f8795e6c7%2Fe78k72b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Three long, parallel, identical, wire segments are spaced 18 centimeters apart, and each wire segment has a 1 ohm resistance (also, assume the blue hookup wire has no
resistance). The power supply delivers 24 amps to the network of 1 ohm wire segments. Calculate the force per length acting on the wire segment indicated in the figure.
Consider only the forces exerted by the other two wire segments.
Choices are given in milli-Newtons per meter.
Current
24 Amps
Force per length on this wire segment
Activate Windows
Go to Settings to activate Windows.
1.19 mN/m
田田
![Force per length on this wire segment
1.19 mN/m
0.213 mN/m
0.071 mN/m
0.107 mN/m
0.036 mN/m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc72d117c-b7a7-4ce3-8a5b-6c9e83e9ca9e%2Fcaf18c55-1222-48ae-8085-ab5f8795e6c7%2F9gcgd4g_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Force per length on this wire segment
1.19 mN/m
0.213 mN/m
0.071 mN/m
0.107 mN/m
0.036 mN/m
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