Autonomous discrete maps with equilibria are subjected to 2-periodic forcin
g and the averages of the resulting 2-cycle solutions are compared to the e
quilibrium values of the associated autonomous equation. Conditions under w
hich the averages of the 2-cycles are larger (smaller) than the equilibria
are derived for 1-dimensional maps near bifurcation points and also for sma
ll amplitude forcing. Discrete systems of a particular form (motivated by m
odels in population biology) are also studied by means of perturbations alo
ng contours of the average solution surface.