![EXERCISES Using the forn the formulae F= qu x B and B-Moi. and B=, show that 2tura nits of the magnetic field B and the permeability may be written as N mA EXERCISES Using the forn the formulae F= qu x B and B-Moi. and B=, show that 2tura nits of the magnetic field B and the permeability may be written as N mA](https://toppr-doubts-media.s3.amazonaws.com/images/7968759/3976182f-1f4c-4cf8-8dc3-b1840cf4ae79.jpg)
EXERCISES Using the forn the formulae F= qu x B and B-Moi. and B=, show that 2tura nits of the magnetic field B and the permeability may be written as N mA
![Using the formula F = qV × B and B =μ0 i /2 π i, show that the SI units of the magnetic field B and the permeability constant μ0 may be Using the formula F = qV × B and B =μ0 i /2 π i, show that the SI units of the magnetic field B and the permeability constant μ0 may be](https://search-static.byjusweb.com/question-images/byjus/infinitestudent-images/ckeditor_assets/pictures/225168/content_35_1_ss.png)
Using the formula F = qV × B and B =μ0 i /2 π i, show that the SI units of the magnetic field B and the permeability constant μ0 may be
![The SI unit of magnetic field is T (tesla). It may be also written as (A)JAm (B) JA-m-2 (C) JA-'m on (D) JAPm-3' Bol The SI unit of magnetic field is T (tesla). It may be also written as (A)JAm (B) JA-m-2 (C) JA-'m on (D) JAPm-3' Bol](https://toppr-doubts-media.s3.amazonaws.com/images/9871688/09a85ecb-f84a-495b-b513-1b07fc13390d.jpg)
The SI unit of magnetic field is T (tesla). It may be also written as (A)JAm (B) JA-m-2 (C) JA-'m on (D) JAPm-3' Bol
32.A proton of charge +e mass m enters a uniform magnetic field B=Bi with an initial velocity v=Vxi+Vyj.Find an expression in unit vector notation for its velocity at any later time t.
![Given unit A/m defines which terms of magnetic circuit.a)Magnetic flux density (B)b)Magnetic field strength (H)c)Magnetic flux ()d)Magnetomotive force (MMF)Correct answer is option 'B'. Can you explain this answer? - EduRev Railways Question Given unit A/m defines which terms of magnetic circuit.a)Magnetic flux density (B)b)Magnetic field strength (H)c)Magnetic flux ()d)Magnetomotive force (MMF)Correct answer is option 'B'. Can you explain this answer? - EduRev Railways Question](https://edurev.gumlet.io/ApplicationImages/Temp/db505fec-4ff1-4760-9710-cac15f376c8e_lg.jpg?w=360&dpr=2.6)