A straight wire has current flowing from the point, (x, y, z) = (2, 1, 0), to the point (x, y, z) = (1, 2, 0), where all positions are measured in meters. The current is i = 2A. If a magnetic field is pointing in the z-direction of magnitude 5 T, what can we deduce about the force on the wire? Select all that apply. OFx-Fy > Fz the x-component is equal to zero O Fx-Fy Fy-Fz the z-component is equal to zero Fx > Fy > Fz OFx > Fy-Fz none of these the y-component is equal to zero OFx-Fy Fz OFx < Fy
A straight wire has current flowing from the point, (x, y, z) = (2, 1, 0), to the point (x, y, z) = (1, 2, 0), where all positions are measured in meters. The current is i = 2A. If a magnetic field is pointing in the z-direction of magnitude 5 T, what can we deduce about the force on the wire? Select all that apply. OFx-Fy > Fz the x-component is equal to zero O Fx-Fy Fy-Fz the z-component is equal to zero Fx > Fy > Fz OFx > Fy-Fz none of these the y-component is equal to zero OFx-Fy Fz OFx < Fy
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Transcribed Image Text:A straight wire has current flowing from the point, (x, y, z) = (2, 1, 0), to the point (x, y, z) = (1, 2, 0),
where all positions are measured in meters. The current is i = 2A.
If a magnetic field is pointing in the z-direction of magnitude 5 T, what can we deduce about the
force on the wire?
Select all that apply.
Fx-Fy > Fz
the x-component is equal to zero
Fx = Fy< Fz
Fx > Fy= Fz
the z-component is equal to zero
Fx > Fy > Fz
O Fx > Fy= Fz
none of these
the y-component is equal to zero
Fx-Fy = Fz
OFx < Fy< Fz
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