Pls show neat and whole solution Find H in a material wherea.Loay- 4.2, there are 2.7 × 10% atoms/m', and each atom has a dipole moment of 2.6 x 10 ay Amb M-270a, A/m and u= 2uH/mc. Xm-0.7 and B-2a, 1:10. Find the magnitude of the magnetization in a material for whicha. the magnetic flux density is 0.02 Wb/m² and the magnetic susceptibility is 0.00347.7 AlmC.b. the magnetic field intensity is 1200 A/m and the relative permeability is 1.0056.0 A/mthere are 7.2 × 1028 atoms per cubic meter, each having a dipole moment of 4 × 10-30 A m² in the same directiand the magnetic susceptibility is 0.003.0.288 Alm472-610

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Answered: Find H in a material where a. Lo ay -…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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An iron rod with diameter of 1.5-centimeter was formed into an almost perfect circular ring (including the air gap at the joint) having an average centerline radius of 10.0-centimeter. The air gap is 0.25 centimeter in length. A coil of 200 turns was wounded on the ring and a current of 5.0-amperes DC was made to flow using external DC source. Considering magnetic flux fringes on the air gap , the effective cross sectional area of the air gap increased by 5% compared to that of the rod. Relative Magnetic Permeability of Iron = 5500. Consider the average or centerline circumference of the ring as the total magnetic path (rod+airgap). 1. What is the total Reluctance of the ring ( rod + air gap ) (A-turns/Wb) ? 2.What is the magnetic flux generated in the ring? 3. What is the magnetic flux density in the air gap
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A charged particle moves into a region of uniform magnetic field, goes through half a circle, and then exits that region. The particle is either a proton or an electron (you must decide which). It spends 130 ns in the region. What is the magnitude of B? Give your answer in T. (mproton=1.672x10-27 kg, melectron-9.11x10-3! kg, e=1.602x10-19 C) OF Yüklü bir parçacık, düzgün bir manyetik alan bölgesine girip yarım çember çizerek alandan çıkmıştır. Parçacık ya bir proton ya da bir elektrondur (hangisidir, kendiniz karar veriniz). Parçacık manyetik alanın olduğu bölgede 130 ns kaldığına göre B'nin büyüklüğü T cinsinden nedir? (mproeon=1.672x10-27 kg, malektron=9.11x1031 kg, e=1.602x10-19 C) Yanıtınız
Cathode ray tubes in old television sets worked by accelerating electrons and then deflecting them with magnetic fields onto a phosphor screen. The magnetic fields were created by coils of wire on either side of the tube carrying large currents. In one such TV set, the phosphor screen is 50.6 cm wide, and is 10.1 cm away from the center of the magnetic deflection coils (that is, the center of the region of magnetic field). The electron beam is first accelerated through a 15,000 V potential difference before it enters the magnetic field region, which is 1.00 cm wide. The field is approximately uniform and perpendicular to the velocity of the electrons. If the field were turned off, the electrons would hit the center of the screen. What magnitude of magnetic field (in mT) is needed to deflect the electrons so that they hit the far edge of the screen? Ignore any relativistic corrections. mT

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