Three boundless straight wires are solved in place and also alignedparallel come the z-axis as shown. The wire at (x,y) = (-19 cm, 0)carries current I1 = 3.7 A in the negative z-direction.The wire at (x,y) = (19 cm, 0) carries present I2 = 0.7A in the hopeful z-direction. The cable at (x,y) = (0, 32.9 cm)carries current I3 = 5.4 A in the positivez-direction.

You are watching: What is bx(0,0), the x-component of the magnetic field produced by these three wires at the origin?

1)What is Bx(0,0), the x-component that the magneticfield developed by these three wires at the origin?

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2)What is By(0,0), the y-component that the magneticfield produced by these three wires in ~ the origin?

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3)What is Fx(1), the x-component the the force exertedon a one meter size of the wire transporting currentI1?

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4)What is Fy(1), the y-component that the force exertedon a one meter size of the wire delivering currentI1?

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What is Fx(2), the x-component of the force exertedon a one meter length of the wire delivering currentI2?

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Another wire is now added, likewise aligned through the z-axis at (x,y)= (0, -32.9 cm) as shown. This cable carries current I4A. I beg your pardon of the adhering to statements is true?

1)If I4 is directed follow me the positive z-axis, thenit is feasible to do the y-component of the magnetic field equalto zero in ~ the origin.

2)If I4 is directed follow me the an unfavorable z-axis, thenit is feasible to do the y-component the the magnetic field equalto zero at the origin.

3)If I4 is directed follow me the positive z-axis, thenit is possible to make the x-component the the magnetic field equalto zero at the origin.

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4)If I4 is directed along the an adverse z-axis, thenit is possible to do the x-component that the magnetic field equalto zero at the origin.

Show transcribed picture text an additional wire is now added, likewise aligned through the z-axis at (x,y) = (0, -32.9 cm) together shown. This wire carries current I4 A. I beg your pardon of the adhering to statements is true? 1)If I4 is directed along the positive z-axis, climate it is feasible to do the y-component of the magnetic field equal to zero in ~ the origin. 2)If I4 is directed along the an unfavorable z-axis, climate it is feasible to make the y-component of the magnetic field equal to zero in ~ the origin. 3)If I4 is directed along the positive z-axis, climate it is feasible to make the x-component of the magnetic ar equal come zero in ~ the origin. 4)If I4 is directed follow me the negative z-axis, climate it is possible to make the x-component that the magnetic field equal to zero in ~ the origin. Three limitless straight wires are fixed in place and aligned parallel to the z-axis as shown. The cable at (x,y) = (-19 cm, 0) carries existing I1 = 3.7 A in the an unfavorable z-direction. The wire at (x,y) = (19 cm, 0) carries present I2 = 0.7 A in the optimistic z-direction. The wire at (x,y) = (0, 32.9 cm) carries current I3 = 5.4 A in the positive z-direction. 1)What is Bx(0,0), the x-component the the magnetic field created by these three wires at the origin? T 2)What is By(0,0), the y-component that the magnetic field developed by these three wires at the origin? T 3)What is Fx(1), the x-component that the force exerted on a one meter size of the wire carrying existing I1? N 4)What is Fy(1), the y-component that the force exerted on a one meter length of the cable carrying existing I1? N 5) What is Fx(2), the x-component that the force exerted ~ above a one meter size of the wire carrying present I2? N 6)