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Force acting to a conductor in the magnetic field

작성자 Uploader : corona 작성일 Upload Date: 2018-11-13변경일 Update Date: 2018-11-14조회수 View : 166

When a steady current "l" flows through a straight conductor of length L in a uniform magnetic field B, the force Fm received by the conductor is as follows.

Fm = B * I * L * sin (θ)

Where θ is the angle between the magnetic field and the current.

The unit of strenth B of the magnetic field is usually T (Tesla) or G (Gauss), and T = 10 ^ 4G.

Calculating B as T (Tesla), I as A (amperes), L as m (meters) and the result is N (Newton),

Fm = B*I*L*sin(θ)

*** 참고문헌[References] ***

Fm = B*I*L*sin(θ)
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