If a group G of order 35 acts on a set S with 16 elements, show that the action must have a fixed point. Indeed, list all the possible numbers of fixed points of the action.

6. If a group G of order 35 acts on a set S with 16 elements, show that the action must have a fixed point. Indeed, list all the pos sible numbers of fixed points of the action.

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6. If a group G of order 35 acts on a set S with 16 elements, show
that the action must have a fixed point. Indeed, list all

If a group G of order 35 acts on a set S with 16 elements, show that the action must have a fixed point. Indeed, list all the possible numbers of fixed points of the action.

6. If a group G of order 35 acts on a set S with 16 elements, show that the action must have a fixed point. Indeed, list all the pos sible numbers of fixed points of the action.

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