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A uniform magnetic field of intensity 1T is applied in a circular region of radius 0.1 m, directed into the plane of paper. A charged particle of mass 5xx10^(-5)kg and charge q=5xx10^(-4)C enters the field with velocity 1//sqrt(3)m//s making an angle of phi with a radial line of circular region in such a way that it passes through centre of applied field the angle phi is
25
Aug
A uniform magnetic field of intensity 1T is applied in a circular region of radius 0.1 m, directed into the plane of paper. A charged particle of mass 5xx10^(-5)kg and charge q=5xx10^(-4)C enters the field with velocity 1//sqrt(3)m//s making an angle of phi with a radial line of circular region in such a way that [...]
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A uniform magnetic field of intensity 1T is applied in a circular region of radius 0.1 m ,
are placed mutually perpendicular to each other and each having its centre at the origin of coordinate system. If current I is flowing through each ring ,
each having equal radius R ,
then the magnitude of the magnetic field at the common centre is ,
Three rings ,