Viscous force. This is the frictional force between layers in relative motion
Drag. But it is often ok to just call it friction.
The upward force exerted by fluids is called buoyancy. It is dependent on the weight of the object in question.
Not so much the surface but the factor of friction is what will affect the force needed to drag a box of toys.The equation:whereis the force exerted by friction (in the case of equality, the maximum possible magnitude of this force).is the coefficient of friction, which is an empirical property of the contacting materials,is the normal force exerted between the surfaces.In simple terms, the slicker the surface, the less force that is needed to drag the toy box.
The opposing forces such as friction in case of solids and viscous force in case of fluids are always present in the natural world.a force can cause a resting object to move, or it can accelerate a moving object by changing the object's speed or direction.in a shorter way to say is frictionFriction
Friction force = -F The crate is at rest, so all forces must be balanced
Drag. But it is often ok to just call it friction.
The upward force exerted by fluids is called buoyancy. It is dependent on the weight of the object in question.
Friction acts in the opposite direction of the object's motion
It is the force of friction exerted on an object which is rolling on the floor ;Example:wheels. It is less than the other types of friction.
However many there are exerted on the object. Usually there is gravity, friction, and another force exerted on the object.
Fluids have Friction. Everything in it, is under the force of fluid friction or drag. For example, a boat stops itself when the rowing stops, etc. Adarsh Kumar Dash
"friction"
Friction is a force and is the result of any force acting on a object. It is usually associated with two sliding objects or an object sliding across a plane. When a force is exerted on an object an opposing force is created by friction. The opposing force is equal to the exerted force until the exerted force exceeds the limiting friction. The limiting friction is determined by the coefficient of friction between the two surfaces and the "weight" of the object. To put it another way, imagine pushing a sheet of sandpaper across a rubber mat, which would have a high coefficient of friction. The weight of the sandpaper is minimal so the limiting friction is rather small. Now put a 5kg weight on the sandpaper and it becomes much more difficult to get the sandpaper to slide. Max friction = μ.N μ = coefficient of friction N = Normal force("weight")
the static friction force curse McGinity
Friction
Not so much the surface but the factor of friction is what will affect the force needed to drag a box of toys.The equation:whereis the force exerted by friction (in the case of equality, the maximum possible magnitude of this force).is the coefficient of friction, which is an empirical property of the contacting materials,is the normal force exerted between the surfaces.In simple terms, the slicker the surface, the less force that is needed to drag the toy box.
It maximizes it, by reducing the internal losses to friction.