Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
answer question 2.a.i quickly in 1 hours… thank you

answer question 2.a.i quickly in 1 hours… thank you

icon
Related questions
Question
answer question 2.a.i quickly in 1 hours… thank you
(i) From the Table 3, examine which material is appropriate as a core for the design, and determine the magnetization (M) that was produced in the material. [Daripada Jadual 3, pilih bahan teras untuk reka bentuk tersebut, dan tentukan kemagnetan (M) yang dihasilkan dalam bahan tersebut.I
Transcribed Image Text:(i) From the Table 3, examine which material is appropriate as a core for the design, and determine the magnetization (M) that was produced in the material. [Daripada Jadual 3, pilih bahan teras untuk reka bentuk tersebut, dan tentukan kemagnetan (M) yang dihasilkan dalam bahan tersebut.I
Question 2 [Soalan 2] In a lab test, an engineering student has to design a solenoid that generate magnetic flux density (B) of at least 0.55 Tesla when a 3 mA current flow through the conductor. According to the instruction on lab sheet, the solenoid must compose of 10 turns over a 1 cm length. (a) [Dalam ujian makmal, seorang pelajar kejuruteraan perlu merekabentuk solenoid yang menjana ketumpatan fluks magnetik (B) sekurang-kurangnya 0.55 Tesla apabila arus 3 mA mengalir melalui konduktor. Mengikut arahan pada helaian makmal, solenoid mesti terdiri daripada 10 lilitan sepanjang 1 cт раnjang.J] Table 3 [Jadual 3] Relative Permeability (µr) Magnetic Materials Мaximum Low carbon steel Silicon iron, unoriented Silicon iron, grain-oriented 4750 Alloy 4-79 Permalloy Superalloy 4,000 8,000 50,000 80,000 200,000 450,000
Transcribed Image Text:Question 2 [Soalan 2] In a lab test, an engineering student has to design a solenoid that generate magnetic flux density (B) of at least 0.55 Tesla when a 3 mA current flow through the conductor. According to the instruction on lab sheet, the solenoid must compose of 10 turns over a 1 cm length. (a) [Dalam ujian makmal, seorang pelajar kejuruteraan perlu merekabentuk solenoid yang menjana ketumpatan fluks magnetik (B) sekurang-kurangnya 0.55 Tesla apabila arus 3 mA mengalir melalui konduktor. Mengikut arahan pada helaian makmal, solenoid mesti terdiri daripada 10 lilitan sepanjang 1 cт раnjang.J] Table 3 [Jadual 3] Relative Permeability (µr) Magnetic Materials Мaximum Low carbon steel Silicon iron, unoriented Silicon iron, grain-oriented 4750 Alloy 4-79 Permalloy Superalloy 4,000 8,000 50,000 80,000 200,000 450,000
Expert Solution
steps

Step by step

Solved in 2 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer