A current I =13 A is directed along the positive x -axis and perpendicularl to a
ID: 1669353 • Letter: A
Question
A current I =13 A is directed along the positivex-axis and perpendicularl to a magnetic field. A magneticforce per unit length of 0.14 N/m actson the conductor in the negative y-direction. Calculatethe magnitude and direction of the magnetic field in the regionthrough which the current passes.1 T A current I =13 A is directed along the positivex-axis and perpendicularl to a magnetic field. A magneticforce per unit length of 0.14 N/m actson the conductor in the negative y-direction. Calculatethe magnitude and direction of the magnetic field in the regionthrough which the current passes.
1 T A current I =13 A is directed along the positivex-axis and perpendicularl to a magnetic field. A magneticforce per unit length of 0.14 N/m actson the conductor in the negative y-direction. Calculatethe magnitude and direction of the magnetic field in the regionthrough which the current passes.
1 T A current I =13 A is directed along the positivex-axis and perpendicularl to a magnetic field. A magneticforce per unit length of 0.14 N/m actson the conductor in the negative y-direction. Calculatethe magnitude and direction of the magnetic field in the regionthrough which the current passes.
1 T A current I =13 A is directed along the positivex-axis and perpendicularl to a magnetic field. A magneticforce per unit length of 0.14 N/m actson the conductor in the negative y-direction. Calculatethe magnitude and direction of the magnetic field in the regionthrough which the current passes.
1 T A current I =13 A is directed along the positivex-axis and perpendicularl to a magnetic field. A magneticforce per unit length of 0.14 N/m actson the conductor in the negative y-direction. Calculatethe magnitude and direction of the magnetic field in the regionthrough which the current passes.
1 T
Explanation / Answer
Current I = 13 A
Force per unit length F = 0.14 N / m
We know F = Bi
From this magnetic field B = F / I
= 0.0107 T