1. The problem statement, all variables and given/known data James bond is standing on a large frozen lake and fires his handgun horizontally. This exerts 1400N of force on the bullet over a distance of 10cm before leaving the barrel at 200m/s. What is the coefficient of kinetic friction between bond and the ice if he slid for 24.2 s before coming to rest after the bullet is fired. 2. Relevant equations F(net)=m*a a=(delta)v/(delta)t 3. The attempt at a solution ΣFx(bond)=ƒk-F=mass(bond)*a(bond) F=recoil force ƒk = kinetic friction = (mu)k*n n=m(bond)*g g=9.8 m/s2 No idea how to move forward with this problem. I am unable to cancel a variable and continually work with multi variable equations. Please help.