The coefficient of static friction (mu) between the sole of a basketball shoe and a basketball court surface is 0.72. If point guard Earvin wears this shoe when he plays basketball and he pushes down on the surface when he starts to run with a vertical force of 1,043 N, then what is the maximum horizontal force (Fh, in N) he can apply to the surface without slipping when he begins running?

The coefficient of static friction (mu) between the sole of a basketball shoe and a basketball court surface is 0.72. If point guard Earvin wears this shoe when he plays basketball and he pushes down on the surface when he starts to run with a vertical force of 1,043 N, then what is the maximum horizontal force (Fh, in N) he can apply to the surface without slipping when he begins running?