The axis of rotation need not go through the body.
In all of them, the first and third rotation axis are the same.
"I remember no relationship between the axis of rotation and our direction."
Therefore an axis of rotation cannot be used in four dimensions.
The axis of rotation does not have to be inside the enclosed area.
This connection in position is important due to the process of the Earth's rotation axis.
Take A - the dot in the middle is the axis of rotation.
Now, if she pulls just one arm in, she'll change her rotation axis.
Only the points on the axis of rotation will be unaffected.
However, over thousands of years their direction averages to the Earth's rotation axis.
The axis of rotation need not go through the body.
In all of them, the first and third rotation axis are the same.
"I remember no relationship between the axis of rotation and our direction."
Therefore an axis of rotation cannot be used in four dimensions.
The axis of rotation does not have to be inside the enclosed area.
This connection in position is important due to the process of the Earth's rotation axis.
Take A - the dot in the middle is the axis of rotation.
Now, if she pulls just one arm in, she'll change her rotation axis.
Only the points on the axis of rotation will be unaffected.
However, over thousands of years their direction averages to the Earth's rotation axis.
A rotating black hole might provide additional assistance, if its spin axis points the right way.
However, there is some contention over whether a correlation between spin axis and kick direction has been observed.
The reason given was that the spin axis of a body will change if the mass is redistributed.
It was mounted normal to the spin axis of the spacecraft.
The earth's spin axis is tilted with respect to its orbital plane.
Figure 2: A force is applied to try to rotate the spin axis.
This was in the weightless recreation area at the spin axis.
Its distance from the planet's spin axis must therefore be decreasing.
In figure 2, a force is applied to try to rotate the spin axis.
That planet orbits out of alignment from the star's spin axis.
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