Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
5. A sample of iron with a uniform magnetisation of M = 7000 Am-¹ is bent into a ring to form a torus of radius r = 5 cm. A gap of width d = 1 mm is cut in the ring which is suffi- ciently small that the two ends of the torus can be assumed to be perpendicular. Consider the integral of H around the ring and use the boundary conditions of the field vectors to find the values of B and H in the gap and in the iron.

5. A sample of iron with a uniform magnetisation of M = 7000 Am-¹ is bent into a ring to form a torus of radius r = 5 cm. A gap of width d = 1 mm is cut in the ring which is suffi- ciently small that the two ends of the torus can be assumed to be perpendicular. Consider the integral of H around the ring and use the boundary conditions of the field vectors to find the values of B and H in the gap and in the iron.

icon
Related questions
Question
5. A sample of iron with a uniform magnetisation of M = 7000 Am-¹ is bent into a ring to form a torus of radius r = 5 cm. A gap of width d = 1 mm is cut in the ring which is suffi- ciently small that the two ends of the torus can be assumed to be perpendicular. Consider the integral of H around the ring and use the boundary conditions of the field vectors to find the values of B and |H| in the gap and in the iron.
Transcribed Image Text:5. A sample of iron with a uniform magnetisation of M = 7000 Am-¹ is bent into a ring to form a torus of radius r = 5 cm. A gap of width d = 1 mm is cut in the ring which is suffi- ciently small that the two ends of the torus can be assumed to be perpendicular. Consider the integral of H around the ring and use the boundary conditions of the field vectors to find the values of B and |H| in the gap and in the iron.
Expert Solution
steps

Step by step

Solved in 3 steps with 22 images

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer