This force acts opposite of the direction of dislacement of the object?

Tension


Normal


Spring


FrictionThis force acts opposite of the direction of dislacement of the object?
friction...A universal force that resists the relative motion or tendency to such motion of two bodies in contactThis force acts opposite of the direction of dislacement of the object?
Although friction is, indeed, a force which resists the relative motion of two bodies in contact, it is NOT the correct answer to your question. Report Abuse

friction always acts directly opposite the direction of movement
The elastic force caused by a spring always acts in the direction opposite that of he displacement of the object from equilibrium.





If you stretch a spring out, the spring will want to pull itself back together to its equilibrium position.


If you try to compress a spring, the spring will try to expand itself back out to its equilibrium position.





(The answer is NOT the frictional force. The force of friction acts in the direction opposite that of the rate of change in displacement...AKA the objects velocity, not the displacement.)
a falling tree is a great example of this. as it falls the trunk goes in the opposite direction