I think you are asking whether friction is proportionalto weight in which case the answer is yes In other words if you double the weight you double the friction or halve the weight to halve the friction.
An outside force is needed. If friction comes into play (which it likely will), the magnitude of the applied force must be greater than the force of friction acting upon the object in order for the object to move. FYI, the force of friction is equal to the coefficient of static friction times the normal force (equal to the weight of the object).
yes, this is true when anyone increases our weight then no-one can't control oureself .( friction *weight).& increase the force .force is (torque*weight).hence friction increase with weight.
Friction between two objects = C X N. where C is the coeffiecient of friction for the objects in question, and N is the 'Normal' force. The normal force is the force equal and opposite to the object's weight. Therefore, if you increase the object's weight, the friction force increases, and the amount of energy wasted increases.
The two factors are the coeffiecient of friction, and the 'normal' force, which is equal and opposite to the weight of the object. The coefficient of friction is diffeerent for different objects. Friction force = Coeff. X Normal Force
yes, angle of friction is equal to angle of repose.
Well weight and mass are proportional... But mass affects friction because the higher your mass the higher your friction.
Friction is a force that stops almost every object so if there is more weight it is harder for the friction to stop the given object
coefficientThe amount of friction divided by the weight of an object forms a dimensionless number called the coefficient of friction.
Yes. Double the weight and double the friction.
friction Also we can mention the forces acting on a sinking body in a liquid. The weight is more than the buoyant force
friction Also we can mention the forces acting on a sinking body in a liquid. The weight is more than the buoyant force
Yes. Weight, being a force perpendicular to the surface, affects the magnitude of the friction, but not the friction coefficient.