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A toroid has a mean radius R equal to 10π cm, and a total of 200 turns of wire carrying a current of 1.0 A. An alloy ring at temperature 27 ∘C inside the toroid provides the core. The magnetization I1 is 7.2×10−3 Am−1 for the alloy at 27 ∘C. If the temperature of the alloy ring is raised to 87 ∘C, then find the magnetization (I2) and susceptibility (χ2)?

Answer»

A toroid has a mean radius R equal to 10π cm, and a total of 200 turns of wire carrying a current of 1.0 A. An alloy ring at temperature 27 C inside the toroid provides the core. The magnetization I1 is 7.2×103 Am1 for the alloy at 27 C. If the temperature of the alloy ring is raised to 87 C, then find the magnetization (I2) and susceptibility (χ2)?



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