![SOLVED: Texts: 3.9-14 Calculate the adiabatic molar susceptibility, χs, as a function of T and Be for the paramagnetic model of U = NRTexp(NR). Hint: In Physics 2 and electromagnetism, the magnetic SOLVED: Texts: 3.9-14 Calculate the adiabatic molar susceptibility, χs, as a function of T and Be for the paramagnetic model of U = NRTexp(NR). Hint: In Physics 2 and electromagnetism, the magnetic](https://cdn.numerade.com/ask_images/ffe404668d0543d28ee2531607d765ad.jpg)
SOLVED: Texts: 3.9-14 Calculate the adiabatic molar susceptibility, χs, as a function of T and Be for the paramagnetic model of U = NRTexp(NR). Hint: In Physics 2 and electromagnetism, the magnetic
![The magnetic field B and the magnetic intensity H in a material are found to be 1.6 T and 1000 A/m respectively. Calculate the relative permeability and the susceptibility of the material. The magnetic field B and the magnetic intensity H in a material are found to be 1.6 T and 1000 A/m respectively. Calculate the relative permeability and the susceptibility of the material.](https://search-static.byjusweb.com/question-images/toppr_invalid/questions/1317624_1095510_ans_92b021bce70747669c55e04a1b2ec5bc.jpg)
The magnetic field B and the magnetic intensity H in a material are found to be 1.6 T and 1000 A/m respectively. Calculate the relative permeability and the susceptibility of the material.
![SOLVED: The magnetic susceptibility of silicon is -0.4 x 10^-5. Calculate the flux density and magnetic moment per unit volume when a magnetic field of intensity 5 x 10^5 A/m is applied. SOLVED: The magnetic susceptibility of silicon is -0.4 x 10^-5. Calculate the flux density and magnetic moment per unit volume when a magnetic field of intensity 5 x 10^5 A/m is applied.](https://cdn.numerade.com/ask_previews/464c0ae3-6505-4137-9954-5b84c59e6ead_large.jpg)
SOLVED: The magnetic susceptibility of silicon is -0.4 x 10^-5. Calculate the flux density and magnetic moment per unit volume when a magnetic field of intensity 5 x 10^5 A/m is applied.
![SOLVED: Evan's Method Magnetic Susceptibility Balance mass (empty tube) = 0.6525g 10mg of Felacac)z (Mw = 353.17) made up to 1mL with CDCl2: mass (sample tube) = 0.8488g [Felacac):] 0.0283M mass (sample) = SOLVED: Evan's Method Magnetic Susceptibility Balance mass (empty tube) = 0.6525g 10mg of Felacac)z (Mw = 353.17) made up to 1mL with CDCl2: mass (sample tube) = 0.8488g [Felacac):] 0.0283M mass (sample) =](https://cdn.numerade.com/ask_images/3e566ab5822f4aff9123611101ed98c5.jpg)
SOLVED: Evan's Method Magnetic Susceptibility Balance mass (empty tube) = 0.6525g 10mg of Felacac)z (Mw = 353.17) made up to 1mL with CDCl2: mass (sample tube) = 0.8488g [Felacac):] 0.0283M mass (sample) =
![SOLVED: Hence, the magnetic susceptibility is given by: χm = M/H * N * Z * eo * 4πm If there are Na atoms per unit volume with Z electrons. 11.1. Check SOLVED: Hence, the magnetic susceptibility is given by: χm = M/H * N * Z * eo * 4πm If there are Na atoms per unit volume with Z electrons. 11.1. Check](https://cdn.numerade.com/ask_images/89241ffe63084f84952ab97e38f8c500.jpg)