Except static friction all other types of friction are not self adjusting.
The static frictional force is a self-adjusting force. It increases or decreases to match the applied force, preventing the object from moving until the maximum threshold is reached.
When you stretch a rubber band, it tries to overcome your force and return to its original state. This is what is called self adjusting force. It helps body achieve its lowest potential state when the external force stops acting.
FIRST OF UNDERSTAND WHAT IS FRICTION. FRICTION IS NOTHING BUT A FORCE THAT OPPOSES THE MOTION OF A BODY .THE ANSWER FOR THIS Qn. CAN BE EXPLAINED BY A SIMPLE EXPERIMENT!!!. CONSIDER A RECTANGULAR BODY THAT SITUATED ON ONE SIDE OF A SEESAW, NOW RISE THE OTHER SIDE OF SEESAW; YOU CAN SEE THAT THE BODY WILL MOVES ONLY AFTER A PARTICULAR HEIGHT REACHED. THIS IS DUE TO THE SELF ADJUSTING PROPERTY OF FRICTION!! .THAT IS WHEN YOU RISE THE SEESAW THE GRAVITATIONAL FORCE & MASS OF BODY CAUSE THE BODY TO TEND MOVE TOWARDS DOWN. AS YOU RISE MORE THE FORCE WILL INCREASES ALSO. BUT THE FRICTIONAL FORCE ALSO INCREASES WITH RESPECT TO THE DOWN WARDED FORCE.THAT IS THE FRICTIONAL FORCE SELF ADJUSTING!!!!. BEYOND THE FRICTIONAL LIMIT BODY BREAK FRICTION AND MOVE TO DOWN..
The force you exert towards yourself is called self-force or self-interaction force.
The force that you exert towards yourself is called self-force or self-exerted force. This force is generated by your own muscles and body movements when you push or pull an object towards yourself.
really, all types of friction can be thought of as self adjusting forces, since they arise only because of some initial force. you have a good question, we should start calling them static self adjusting force, kinetic self adjusting force, and rolling self adjusting force. also the frictional force is dependant on the weight of the object and the surface, not the speed, so using the word kinetic can be misleading.
The static frictional force is a self-adjusting force. It increases or decreases to match the applied force, preventing the object from moving until the maximum threshold is reached.
When you stretch a rubber band, it tries to overcome your force and return to its original state. This is what is called self adjusting force. It helps body achieve its lowest potential state when the external force stops acting.
the self adjuster could be frozen or rusted up.
When the book is on the table the force of gravity tries to pull it down to the center of the earth. But according to Newton's third law of motion the every action has an equal and opposite reaction. Thus the table applies the same force on the book as well. This is called a self-adjusting force as the table tries to remain in its original state i.e. its lowest potential state.
what are
The front brakes are disc brakes and are self adjusting. The rears are drum brakes and are also self adjusting providing the self adjusting mechanism is in working order.
FIRST OF UNDERSTAND WHAT IS FRICTION. FRICTION IS NOTHING BUT A FORCE THAT OPPOSES THE MOTION OF A BODY .THE ANSWER FOR THIS Qn. CAN BE EXPLAINED BY A SIMPLE EXPERIMENT!!!. CONSIDER A RECTANGULAR BODY THAT SITUATED ON ONE SIDE OF A SEESAW, NOW RISE THE OTHER SIDE OF SEESAW; YOU CAN SEE THAT THE BODY WILL MOVES ONLY AFTER A PARTICULAR HEIGHT REACHED. THIS IS DUE TO THE SELF ADJUSTING PROPERTY OF FRICTION!! .THAT IS WHEN YOU RISE THE SEESAW THE GRAVITATIONAL FORCE & MASS OF BODY CAUSE THE BODY TO TEND MOVE TOWARDS DOWN. AS YOU RISE MORE THE FORCE WILL INCREASES ALSO. BUT THE FRICTIONAL FORCE ALSO INCREASES WITH RESPECT TO THE DOWN WARDED FORCE.THAT IS THE FRICTIONAL FORCE SELF ADJUSTING!!!!. BEYOND THE FRICTIONAL LIMIT BODY BREAK FRICTION AND MOVE TO DOWN..
You don't. It uses self adjusting hydraulic lifters.You don't. It uses self adjusting hydraulic lifters.
They are disc brakes and self adjusting
FIRST OF UNDERSTAND WHAT IS FRICTION. FRICTION IS NOTHING BUT A FORCE THAT OPPOSES THE MOTION OF A BODY .THE ANSWER FOR THIS Qn. CAN BE EXPLAINED BY A SIMPLE EXPERIMENT!!!. CONSIDER A RECTANGULAR BODY THAT SITUATED ON ONE SIDE OF A SEESAW, NOW RISE THE OTHER SIDE OF SEESAW; YOU CAN SEE THAT THE BODY WILL MOVES ONLY AFTER A PARTICULAR HEIGHT REACHED. THIS IS DUE TO THE SELF ADJUSTING PROPERTY OF FRICTION!! .THAT IS WHEN YOU RISE THE SEESAW THE GRAVITATIONAL FORCE & MASS OF BODY CAUSE THE BODY TO TEND MOVE TOWARDS DOWN. AS YOU RISE MORE THE FORCE WILL INCREASES ALSO. BUT THE FRICTIONAL FORCE ALSO INCREASES WITH RESPECT TO THE DOWN WARDED FORCE.THAT IS THE FRICTIONAL FORCE SELF ADJUSTING!!!!. BEYOND THE FRICTIONAL LIMIT BODY BREAK FRICTION AND MOVE TO DOWN..
No.