When an object is moving through air or water the air and water molecules must move aside this creates a force called resistance or drag using this information explain why the flat sheet of paper to go longer the fall then the crumbled ball of paper.

The flat sheet of paper to go longer the fall then the crumbled ball of paper, this is because of the drag force .

Explanation:

DRAG FORCE -: A drag force is the force of resistance induced by a body 's motion through a fluid , such as water or air. Contrary to the direction of the oncoming flow rate, a drag force behaves. This is the relative speed between the fluid and the body. A body moving through a fluid is supplied by the drag force D exerted.

Therefore , in this the flat sheet of paper  to go longer the fall then the crumbled ball of paper, this is because, Compared to crumbled paper, flat sheets of paper pass more air / water molecules aside, producing more drag force in the case of flat paper, resulting in a longer slide.

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