4) A coil of wire 0.25 m long and having 400 turns carries a current of 15 A. (a) What is the magnitude of the magnetic field strength H? (b) Compute the flux density B if the coil is in a vacuum. (c) Compute the flux density inside a bar of chromium that is positioned within the coil. The susceptibility for chromium is 3.13 × 10* (d) Compute the magnitude of the magnetization M.
4) A coil of wire 0.25 m long and having 400 turns carries a current of 15 A. (a) What is the magnitude of the magnetic field strength H? (b) Compute the flux density B if the coil is in a vacuum. (c) Compute the flux density inside a bar of chromium that is positioned within the coil. The susceptibility for chromium is 3.13 × 10* (d) Compute the magnitude of the magnetization M.
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Transcribed Image Text:4) A coil of wire 0.25 m long and having 400 turns carries a current of 15 A.
(a) What is the magnitude of the magnetic field strength H?
(b) Compute the flux density B if the coil is in a vacuum.
(c) Compute the flux density inside a bar of chromium that is positioned within the coil.
The susceptibility for chromium is 3.13 × 10*
(d) Compute the magnitude of the magnetization M.
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