1. Consider the uniformly magnetized infinite circular cylinder of radius R at z-axis. The magnetization inside the cylinder is M = Mož. (a) Find the H everywhere in space (b) Find the B everywhere in space
Q: 5. A sample of iron with a uniform magnetisation of M = 7000 Am-¹ is bent into a ring to form a…
A: Let's find the values of and in the gap and in the iron. First, consider the magnetic field inside…
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A: Concept used: Curl of magnetic vector potential gives magnetic field intensity.
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Q: | = 200 Amps R = 4.14 cm
A: Current (I) = 200 A R = 4.14 cm = 0.0414 m
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A: solution is given by
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A: Charge on the sphere is,
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A: It is given that the kinetic energy of two particles. K10eV=10eVK10keV=10 keV
Q: 4. Find the Magnetic field H which is in free space (3, ,-10). 4 free space's magnetic vector…
A: Given: Magnetic vector potential: A→=15e-ρsinϕaz→ Wb/m Free space coordinates (3,π4,-10) To find:…
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A: Applied magnetic field on the magnetic dipole B→=(-23) j^ + (62) k^×109 T Torque acting on the…
Q: 8. Set the magnetic vector A= 2x^2a, Wb/m calculate magnetic flux within a magnetic material where…
A: Magnetic potential vectorA = 2x2ax where ax is the unit vector along X-axes.
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A: The magnetic field at the point P having position vector r1→ is, B→=μ∘I4π∫r1→-r2→×dr2→r1→-r2→3 where…
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Q: Question 1: A point charge of value q= 3.10μC has a speed of t -0.81 x 107 when it is at the point…
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A: Given value--- potential difference = 1.4 × 103 V. magnetic field = 2.20 × 10-2 T. We have to…
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A: Here magnetic force work as a centripetal force
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