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I'm having problems trying solve this problem.

Consider the two conductor system given below

|----------------------------------------------------------------|

| <------a-----> |

| I2-> ______________ |

| | | |

| | | | | |<-c->| L |

| | | |

| I1->__________|_____| |

| <-------b-------> |

|----------------------------------------------------------------|

There are 2 segments of 2 separate conductors. The direction of the currents(obviously) are along the conductors. Using the concept of Neumann integral formulate the mutual inductance between these conductors.

If anybody can help me with this problem I'll appreciate it. Thank you.

Consider the two conductor system given below

|----------------------------------------------------------------|

| <------a-----> |

| I2-> ______________ |

| | | |

| | | | | |<-c->| L |

| | | |

| I1->__________|_____| |

| <-------b-------> |

|----------------------------------------------------------------|

There are 2 segments of 2 separate conductors. The direction of the currents(obviously) are along the conductors. Using the concept of Neumann integral formulate the mutual inductance between these conductors.

If anybody can help me with this problem I'll appreciate it. Thank you.

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