Part IA, 2001
Define the notion of an action of a group on a set . Define orbit and stabilizer, and then, assuming that is finite, state and prove the Orbit-Stabilizer Theorem.
Show that the group of rotations of a cube has order 24 .
Define the notion of an action of a group on a set . Define orbit and stabilizer, and then, assuming that is finite, state and prove the Orbit-Stabilizer Theorem.
Show that the group of rotations of a cube has order 24 .