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    DMauricio34
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    For the first task, the g-factor is found using 𝑔=πœ‡/𝐼. For the ground state of 111𝐢𝑑 , with πœ‡=βˆ’0.5940πœ‡_𝑁 and 𝐼=1/2, the g-factor is 𝑔=βˆ’1.188g=βˆ’1.188. For the 245 keV level, where πœ‡=βˆ’0.766ΞΌ_N and 𝐼=5/2 , the g-factor is 𝑔=βˆ’306.

    For the second task, the g-factor of a free electron is found using 𝑔=πœ‡β„Ž/πœ‡π΅ 𝐼. Since πœ‡=1πœ‡π΅ and 𝐼=1/2 , plugging these in cancels out β„Ž, leaving 𝑔=2.

    For the third task, the magnetic moment of a neutron is given by πœ‡=π‘”πΌπœ‡_𝑁. With 𝑔=βˆ’3.826 and 𝐼=1/2 , the moment is πœ‡=βˆ’1.913 πœ‡_N

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