If V is the zero subspace, then it is the span of the empty set

[bsoo920]

This line reads ... If <m>V</m> is the zero subspace, then it is the span of the empty set.... Should it read then it is the span of the zero vector, since a subspace cannot be empty?

Even though a few pages later the book states "It is natural to define Span{} = {0}," at the line above this was not yet established.