Suppose $f: G \rightarrow S_C$ be the action of Rubik's group G on the collection $C$ of corner cubelets.
I want to show that the action $f$ is onto $S_C$.
Suppose $f: G \rightarrow S_C$ be the action of Rubik's group G on the collection $C$ of corner cubelets.
I want to show that the action $f$ is onto $S_C$.
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Once you know that there is a move that interchanges two neighboring corners and leaves the other 6 corners where they were, show that $f(G)$ contains a set of generators for $S_C$.
(Hint: You can list all of the corner positions in an order such that each position is physically a neighbor of the one that comes after it).