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radius a is placed An infinitely long cylindrical conductor a along the z-axis. Assume the current density is J = Jo a ₂ Where To is constant, P a- Find H inside the conductor b- Find H. outside the conductor c- calculate V.H and √xH-

radius a is placed An infinitely long cylindrical conductor a along the z-axis. Assume the current density is J = Jo a ₂ Where To is constant, P a- Find H inside the conductor b- Find H. outside the conductor c- calculate V.H and √xH-

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it radius a is placed. An infinitely long cylindrical conductor a along the z-axis, Assume the current density is = Jo a ₂ Where To is constant, a- Find H inside the conductor b- Find H. outside the conductor C- calculate V.H and √xH- -
Transcribed Image Text:it radius a is placed. An infinitely long cylindrical conductor a along the z-axis, Assume the current density is = Jo a ₂ Where To is constant, a- Find H inside the conductor b- Find H. outside the conductor C- calculate V.H and √xH- -
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