At this point, it becomes more convenient to work in the vector components.
They will also auto-range themselves based on the maximum and minimum of each vector component.
Therefore a physical interpretation of vector components is that they make up a tangent.
The vector component of on the 1-axis is obtained by projecting from parallel to the 2-axis, and similarly for the 2-component.
The signs of the normal vector components become uncertain in this case.
If you still have questions, write us back and ask about the vector component of skiing downhill.
However, the vector components are generally ignored, as there are few known physical processes in which they can be generated.
In order to measure 3D velocities, at least three vector components have to be estimated, this is why the instrument typically has four of them.
The force's vector components are also three in number.
These results can be rigorously proven to be correct through evaluation of the vector components.
