  Quantum pumping in graphene has been predicted in recent years. Till date
there have been no experiments indicating a graphene based quantum pump. This
is not uncommon as in case of other non-Dirac behavior showing materials it has
not yet been unambiguously experimentally detected. The reason being that in
experiments with such materials the rectification effect overshadows the pumped
current. In this work we answer the question posed in the title by taking
recourse to "strain". We show that the symmetries of the rectified and pumped
currents towards strain reversal can effectively distinguish between the two.
