Are rotations considered the same as object spatial orientations, mathematically speaking?
Say, doing 20 full rotations around an axis is the same as doing 2 rotations or 50 rotations, it leaves you at the same orientation, but these are still different operations.
Similar with doing a 180 turn clockwise or counterclockwise, you end up at the same position but the operation is different.
Seems to me like a rotation is not just the end motion but also defined by the path taken. Any mathematical object tells apart general rotations from orientations?
Say, doing 20 full rotations around an axis is the same as doing 2 rotations or 50 rotations, it leaves you at the same orientation, but these are still different operations.
Similar with doing a 180 turn clockwise or counterclockwise, you end up at the same position but the operation is different.
Seems to me like a rotation is not just the end motion but also defined by the path taken. Any mathematical object tells apart general rotations from orientations?