6 The number of turns in a wire winding 0.2 m long is 200. Since 10A current flows through this winding a) Calculate the magnetic field strength H b) Calculate the magnetic flux density B if the winding is used in vacuum. c) Calculate the flux density if a Titanium rod is placed in the winding. (XM=1.81x10-4) d) Calculate the intensity M of the magnetization.
6 The number of turns in a wire winding 0.2 m long is 200. Since 10A current flows through this winding a) Calculate the magnetic field strength H b) Calculate the magnetic flux density B if the winding is used in vacuum. c) Calculate the flux density if a Titanium rod is placed in the winding. (XM=1.81x10-4) d) Calculate the intensity M of the magnetization.
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![E6 The number of turns in a wire winding 0.2 m long is 200. Since 10A current flows
through this winding
a) Calculate the magnetic field strength H
b) Calculate the magnetic flux density B if the winding is used in vacuum.
c) Calculate the flux density if a Titanium rod is placed in the winding.
(XM=1.81x10-4)
d) Calculate the intensity M of the magnetization.
=
✔](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5df17356-8dd9-477c-bc0c-0bb366371092%2F45574749-b836-46fa-ae06-ac320564560f%2Fmv73fdj_processed.png&w=3840&q=75)
Transcribed Image Text:E6 The number of turns in a wire winding 0.2 m long is 200. Since 10A current flows
through this winding
a) Calculate the magnetic field strength H
b) Calculate the magnetic flux density B if the winding is used in vacuum.
c) Calculate the flux density if a Titanium rod is placed in the winding.
(XM=1.81x10-4)
d) Calculate the intensity M of the magnetization.
=
✔
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