This question is unclear...let's assume you are comparing a snowboard to a pair of skis, the snowboard usually creates more friction. This is why you see snowboarders clomping along on flat sections, while a skier may glide right through the flat. When ridden specifically on edge, however, a single edge of a snowboard will create less friction than two long skis on edge. In this manner, snowboards can go from creating a lot of friction to almost instantly creating very little. Also, a snowboard ridden straight will create less friction than skis that are angled across the slope, as in a snowplow or a skidded turn. On the other hand, a snowboard turned across the fall line can create an incredible amount of friction, such as when a novice boarder turns the board sideways to go very slowly down a hill that exceeds their ability.
Also the wax on your board will change the amount of friction
Inertia, friction, gravity
They affect the acceleration of bodies.
Friction and Gravitational forces
Force due to friction opposes an object in motion, and any forces that propel that object.
Gravity and friction.
friction and gravity
There is friction in the water. There is also resistance from water.
Air resistance, gravity, friction with the ground, and the impact force from a collision with another object are all forces that can affect the motion of a ball.
There is friction between the board an the snow, which slows the board.
Two forces that can affect an object's velocity are acceleration and friction. Acceleration can increase or decrease the velocity of an object, while friction can slow down the object's motion by opposing its direction of movement.
Gravity and friction there are others also like magnetism for example..
The forces that work on a system can include gravity, friction, tension, and normal force. These forces can affect the motion and equilibrium of the system.