The plane of a conducting wire of the formcarrying a current l=2A is perpendicular to auniform magnetic field of magnitude B=0.6 T. Thelengths of the straight parts of the current carryingconductor wire located in the magnetic field arel3=12 =40 cm and the radius of the semicircular arcis 18 cm. Express the net magnetic force acting onthe current carrying conductor in unit vectors.a)F = 0,91 j- 0.48 ib)F = 1,52 j - 0,76 iF = 1,46 j-0,73 iF=0,46 j – 0,87 i

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The plane of a conducting wire of the form carrying a current l=2A is perpendicular to a uniform magnetic field of magnitude B=0.6 T. The lengths of the straight parts of the current carrying conductor wire located in the magnetic field are 13=12 =40 cm and the radius of the semicircular arc is 18 cm. Express the net magnetic force acting on the current carrying conductor in unit vectors. F = 0,91 j- 0.48 i F = 1,52 j-0,76 i F = 1,46 j-0,73 i F=0,46 j - 0,87 i

The plane of a conducting wire of the form carrying a current l=2A is perpendicular to a uniform magnetic field of magnitude B=0.6 T. The lengths of the straight parts of the current carrying conductor wire located in the magnetic field are 13=12 =40 cm and the radius of the semicircular arc is 18 cm. Express the net magnetic force acting on the current carrying conductor in unit vectors. F = 0,91 j- 0.48 i F = 1,52 j-0,76 i F = 1,46 j-0,73 i F=0,46 j - 0,87 i

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter12: Sources Of Magnetic Fields

Section: Chapter Questions

Problem 12.4CYU: 12.4 Check Your Understanding Two wires, both carrying current out of the page, have a current of...

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