Superconductors can carry very large currents with no resistance. If a superconducting wire is formed into a solenoid of length 50.0 cm with 250 turns, what is the magnetic field inside the solenoid when the current is 10⁴ A? (µ₀ = 4 $\pi$ *10 sup- ⁷ T.m/A) A) 12.6 T B) 2.50 T C) 1.25 T D) 6.28 T

Question

Superconductors can carry very large currents with no resistance. If a superconducting wire is formed into a solenoid of length 50.0 cm with 250 turns, what is the magnetic field inside the solenoid when the current is 10⁴ A? (µ₀ = 4 $\pi$ *10 sup>- ⁷ T.m/A) A) 12.6 T B) 2.50 T C) 1.25 T D) 6.28 T

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The Answer of Superconductors can carry very large currents with no resistance. If a superconducting wire is formed into a solenoid of length 50.0 cm with 250 turns, what is the magnetic field inside the solenoid when the current is 10⁴ A? (µ₀ = 4 $\pi$ *10 sup>- ⁷ T.m/A) A) 12.6 T B) 2.50 T C) 1.25 T D) 6.28 T

Superconductors Can Carry Very Large Currents with No Resistance π\piπ *10 Sup>- 7 T

Superconductors Can Carry Very Large Currents with No Resistance $\pi$ *10 Sup>- ⁷ T