The rougher the surface, the more force is needed to drag a box across it due to increased friction between the box and the surface. Smoother surfaces reduce friction, requiring less force to move the box. Uneven surfaces can also increase the force needed to drag a box as it encounters varied resistance.
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.
No large force is needed for a hockey puck to slide across a frictionless surface. Once the puck is in motion, it will continue to move indefinitely without any additional force due to the absence of friction.
The force needed to move a pencil across a desk would depend on the friction between the pencil and the desk surface. If there is low friction, only a small force would be needed. If there is high friction, a greater force would be required to overcome it.
When pushing something across a rough surface, you need to apply more force because the rough surface creates more friction between the object and the surface. This increased friction resists the motion of the object, requiring more force to overcome it. The rougher the surface, the more force is needed to move the object.
When pushing an object across a rough surface, the roughness creates more friction between the object and the surface. This increased friction requires more force to overcome in order to move the object. The additional force helps to counteract the resistance caused by the rough surface and allows the object to move.
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.
No large force is needed for a hockey puck to slide across a frictionless surface. Once the puck is in motion, it will continue to move indefinitely without any additional force due to the absence of friction.
The force needed to move a pencil across a desk would depend on the friction between the pencil and the desk surface. If there is low friction, only a small force would be needed. If there is high friction, a greater force would be required to overcome it.
When pushing something across a rough surface, you need to apply more force because the rough surface creates more friction between the object and the surface. This increased friction resists the motion of the object, requiring more force to overcome it. The rougher the surface, the more force is needed to move the object.
When pushing an object across a rough surface, the roughness creates more friction between the object and the surface. This increased friction requires more force to overcome in order to move the object. The additional force helps to counteract the resistance caused by the rough surface and allows the object to move.
the force that opposes the motion of two touching surfaces is velocity.
Using more pulleys in a system can decrease the amount of force needed to lift an object. Each additional pulley reduces the amount of force required by distributing the load across multiple ropes, decreasing the overall effort needed.
Factors that might affect the force needed to drag a book include the book's weight, the coefficient of friction between the book and the surface it's being dragged on, the angle at which the book is being dragged, and any obstacles or surface irregularities that could increase resistance.
"friction"
A force that resists motion of one surface across another surface is called FRICTION(or FRICTIONAL FORCE)
Friction is a resistance force imparted on an object sliding across a surface where the force is directly proportional to the WEIGHT of the object. The heavier the object that is moving across the surface the higher the frictional forces.
It provides force for heat