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This depends on what the pieces of paper are up to.

- If the pieces of paper are at rest on a surface, the normal (perpendicular) force of that surface is counteracting the attractive force of gravity.

- If the pieces of paper are in the air, some aerodynamic forces are counteracting the attractive force of gravity, but only the component of the aerodynamic forces that is directed in the opposite direction of gravity. (That is, if you throw the pieces of paper UP in the air aerodynamics and gravity will do work in the same direction, and no force will counteract gravity.) This system is not in equillibrium and the pieces of paper will sooner or later fall to the ground.

- It should be possible to counteract the attracting force of gravity by giving the pieces of paper an electrostatic charge and holding an object of opposite charge above them. This can be done by rubbing the pieces of paper against an inflated rubber balloon, the papers will stick to the balloon. Note that for this to work, something will have to counteract the force of gravity on the balloon. This can be done by suspending it from the roof or holding it in your hand. Something would then have to counteract the attractive force of gravity on the roof (the walls) or you (whatever you are standing on)... and so on ad infinitum...

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Q: What force is counteracting the attractive force of gravity on the pieces of paper?
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