Static is a force that doesn't move Dynamic force is a moving force. For instance, Static force is like being sat on a chair. Dynamic, is a moving force; Like a hurricane.
Dynamic means the force is in motion. As opposed to a static force that is not in motion. Torque is an example of a dynamic force, where a rotating shaft imparts a dynamic force to a machine. Weight is an example of a static force, where a mass sitting on the ground is acted on by the acceleration of gravity imparting a static force on the ground.
Static electromagnetic force is many, many billions of times stronger than gravitational force.
If I understand the question correctly: It is actually ill-posed. The frictions you are refering to are dynamic (sliding) and static (starting). I think you will find that static friction is always harder to over come than dynamic friction, not vice-versa.
Having your hands touch. Anything where things aren't moving, they are just touching. If you are asking about Coulomb Friction, static friction is the resistance to movement (sliding) of one object over another when force is applied but there is no movement. Once the objects begin to move in relationship to each other (slide) the force required is lessened and dynamic friction is in play. Static friction requires a greater force to get an object moving, dynamic friction requires a lesser force to keep the object moving.
Static is a force that doesn't move Dynamic force is a moving force. For instance, Static force is like being sat on a chair. Dynamic, is a moving force; Like a hurricane.
Dynamic means the force is in motion. As opposed to a static force that is not in motion. Torque is an example of a dynamic force, where a rotating shaft imparts a dynamic force to a machine. Weight is an example of a static force, where a mass sitting on the ground is acted on by the acceleration of gravity imparting a static force on the ground.
A dynamic force is a term used in physics. It refers to a force combined with energy that will cause motion. It is the opposite of static force.
Static electromagnetic force is many, many billions of times stronger than gravitational force.
If I understand the question correctly: It is actually ill-posed. The frictions you are refering to are dynamic (sliding) and static (starting). I think you will find that static friction is always harder to over come than dynamic friction, not vice-versa.
Having your hands touch. Anything where things aren't moving, they are just touching. If you are asking about Coulomb Friction, static friction is the resistance to movement (sliding) of one object over another when force is applied but there is no movement. Once the objects begin to move in relationship to each other (slide) the force required is lessened and dynamic friction is in play. Static friction requires a greater force to get an object moving, dynamic friction requires a lesser force to keep the object moving.
Having your hands touch. Anything where things aren't moving, they are just touching. If you are asking about Coulomb Friction, static friction is the resistance to movement (sliding) of one object over another when force is applied but there is no movement. Once the objects begin to move in relationship to each other (slide) the force required is lessened and dynamic friction is in play. Static friction requires a greater force to get an object moving, dynamic friction requires a lesser force to keep the object moving.
Static: Not Moving Dynamic: Moving
Dynamic unless you pay extra for a static.
static comes from stationary means not moving and dynamic means moving
Dynamic process. Static means staying the same.
dynamic