Considering the Axis of a Straight Wire: Are There Other Considerations?

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In summary, the orientation of the axis of a straight wire is commonly considered to be parallel to the wire itself. However, it can also be interpreted as a longitudinal axis passing through the center of the wire's circular cross section. It is possible to have an axis perpendicular to the wire, but a specific point external to the wire must be specified for it to be determined.
  • #1
rohit dutta
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When one comes across the sentence 'axis of a straight wire', how can one consider the orientation of the axis?

Commonly, the axis of a straight wire can be considered to be a line parallel(along the wire) to the wire itself.

Can 'axis of a straight wire' also mean a line that is perpendicular to the wire? I doubt it. But, I wish to know if the latter is also true.
 
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  • #2
I would interpret it as a longitudinal axis along (parallel to) the wire passing perpendicularly through the center of its (circular) cross section, sometimes called the 'axial' longitudinal axis. (As you also have apparently interpreted it).
I would guess that if one were looking at an axis perpendicular to the wire, the sentence would state such, for example, a yoyo and cord rotating about an axis peppendicular to the plane of rotation.
 
  • #3
You can have an axis perpendicular to the straight wire, but a point external to the wire must be specified in order to determine which set of axes you are concerned with.
 

1. What is the axis of a straight wire?

The axis of a straight wire refers to an imaginary line that runs through the center of the wire and is perpendicular to its length.

2. Why is the axis of a straight wire important to consider?

The axis of a straight wire is important to consider because it affects the direction and strength of the magnetic field produced by the wire.

3. Are there any other factors that affect the axis of a straight wire?

Yes, there are other factors that can affect the axis of a straight wire. These include the shape and orientation of the wire, as well as the presence of any nearby magnetic fields.

4. How does the axis of a straight wire impact its magnetic field?

The axis of a straight wire determines the direction of the magnetic field produced by the wire. When the current flows in the same direction as the axis, the magnetic field will be circular around the wire. If the current flows in the opposite direction, the magnetic field will be in the opposite direction as well.

5. Can the axis of a straight wire be changed?

Yes, the axis of a straight wire can be changed by altering the orientation or shape of the wire. This can also be achieved by changing the direction of the current flowing through the wire.

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