az For the current distribution given below. The cylinder radii are 2 cm and 3 cm. The current density at the inner cylinder, K= 10 A/m with an angle 0=30°, and the current K2= 5 A/m at the outer cylinder, calculate a. The magnetic field in points a (at radius 1 cm), b (at radius 2.5 cm), and c (at radius 4 cm). b. What is the force acting on the inner and outer surfaces of the inner cylinder? c. Calculate the energy per length inside the cylinder
az For the current distribution given below. The cylinder radii are 2 cm and 3 cm. The current density at the inner cylinder, K= 10 A/m with an angle 0=30°, and the current K2= 5 A/m at the outer cylinder, calculate a. The magnetic field in points a (at radius 1 cm), b (at radius 2.5 cm), and c (at radius 4 cm). b. What is the force acting on the inner and outer surfaces of the inner cylinder? c. Calculate the energy per length inside the cylinder
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For the current distribution given below. The cylinder radii are 2 cm and 3 cm.
The current density at the inner cylinder, K= 10 A/m with an angle 0=30°,
and the current K2= 5 A/m at the outer cylinder, calculate
a. The magnetic field in points a (at radius 1 cm), b (at radius 2.5 cm),
and c (at radius 4 cm).
b. What is the force acting on the inner and outer surfaces of the
inner cylinder?
c. Calculate the energy per length inside the cylinder
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