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Thus parallel transport Adidas Superstar Grey Womens is a measurement of the.

But the question is. , Adidas Superstar Child

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whether every rotations can be realized as a parallel transport. For example, if $M$ is the plane, it turns out that only the identity matrix can be realized as a parallel transport. This is due to the fact that the plane has Euclidean curvature.

rotational metric.

Second I'm not convinced that rotating the tangent plane does anything, shouldn't this effectively just be a change of basis for the vector $v$? Any help would be appreciated. First of all, every parallel transport preserves the metric, we have $\langle v, w\rangle = \langle P_\alpha v, P_\alpha w\rangle$ for all $v, w\in T_pM$. Also, we must have $\det P_\alpha = 1$, as $\det$ is a continuous function and the properties on metric imply that the determinant has to be $\pm 1$. These two conditions imply that $P_\alpha$ has to be a Adidas Superstar 2 Black And White