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<a accesskey="1" href="page.php?w=Motion_(geometry)&amp;p=5">1.Previous</a><br />
<a accesskey="3" href="page.php?w=Motion_%28geometry%29&amp;p=7">3.Next</a>
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<p>according to <a href="page.php?w=Chasles%27_theorem_%28kinematics%29">Chasles' theorem</a>. When the underlying space is a <a href="page.php?w=Riemannian_manifold">Riemannian manifold</a>, the group of motions is a <a href="page.php?w=Lie_group">Lie group</a>. Furthermore, the manifold has <a href="page.php?w=constant_curvature">constant curvature</a> if and only if, for every pair of points and every isometry, there is a motion taking one point to the other for which the motion induces the isometry.</p>

<p>The idea of a group of motions for</p><p>
<a accesskey="1" href="page.php?w=Motion_(geometry)&amp;p=5">1.Previous</a><br />
<a accesskey="3" href="page.php?w=Motion_%28geometry%29&amp;p=7">3.Next</a>
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