1. The problem statement, all variables and given/known data Hi, here is my problem: A sled of mass 8kg is on frictionless slope inclined at 35 degrees to the horizontal. It is pulled by a rope whose tension is 40N and makes angle 20 degrees with the slope. a)Resolve all forces, acting on the sled into components parallel and normal to the slope. b) Find the acceleration of the sled(take up the slope as positive direction) 2. Relevant equations F=ma W=mg 3. The attempt at a solution Ok so I managed to do part a), where first I found components of tension: Thorizontal=40cos20=37.6 N Tvertical=40sin20=13.7 N Components of downward force: Because the angle between the normal to the slope and the normal to the horizontal is the same as the one between the slope and horizontal -mgcos35=8x9.8cos35=64.2 -mgsin35=8x9.8sin35=45 For next part, to calculate acceleration all I know is to use F=ma and some of the components calculated in part a). Can anyone give me a hint to part b) and explain what the resultant force is? or how do I find resultant force in this case? Thank you!