A soccer player slides across a wet soccer field. Based on Newton's first law, why does the soccer player eventually come to a stop?
a: the soccer player has no acceleration
b: the soccer player has inertia
c: the field is a frictionless surface
d: forces act on the soccer player

Wet soccer field is not a smooth surface. When he slides across wet field, he is being acted upon frictional force which acts opposite to the direction of his motion. Due to this, all his kinetic energy is converted into heat and finally comes to rest.

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A soccer player slides across a wet soccer field. Based on Newton's first law, why does the soccer player eventually come to a stop? a: the soccer player has no acceleration b: the soccer player has inertia c: the field is a frictionless surface d: forces act on the soccer player

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A soccer player slides across a wet soccer field. Based on Newton's first law, why does the soccer player eventually come to a stop?
a: the soccer player has no acceleration
b: the soccer player has inertia
c: the field is a frictionless surface
d: forces act on the soccer player