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Yes, according to Newton's third law of motion, for every action (force) there is an equal and opposite reaction force. This means that forces always work in pairs or groups due to the interaction between objects.

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Since all forces act in pairs what happens when a force is exerted?

When a force is exerted on an object, the object exerts an equal and opposite force back on the object applying the force. This is known as Newton's third law of motion and explains how forces always come in pairs. This interaction allows for motion and equilibrium to occur.


How do all forces act in pairs?

According to Newton's third law of motion, for every action there is an equal and opposite reaction. This means that whenever one object exerts a force on another object, the second object exerts a force of equal magnitude and in the opposite direction on the first object. Forces always occur in pairs, with one force acting on each object involved.


Do all forces of an object cause work to be done?

No, work is only done by a force when there is displacement in the direction of the force. Forces that do not cause any displacement, such as static friction or normal force, do not do work on an object.


How can one determine the net work done on an object by using the formula for work and considering the forces acting on the object?

To determine the net work done on an object, you can use the formula for work, which is force multiplied by distance. By considering the forces acting on the object, you can calculate the work done by each force and then find the sum of all the individual works to determine the net work done on the object.


How do you determine the net force on an objects if all forces act in the same direction?

If all of the individual forces on an object act in the same direction, then the net force on it is simply the sum of the magnitudes of the individual forces, and is in the same direction as all of them.

Related Questions

If all of the electron groups around a central atom are bonding groups (that is there are no lone pairs) what is the molecular geometry for two electron groups?

linear


Do live in groups or alone?

Manatees live alone, in groups, or in pairs. It all depends on the indiviual manatee and how it chooses to live.


How do public-interst groups differ from other interest groups?

public-interest groups work for the bnefits of all citizens.


Which groups work for the good of all people?

Public interest groups


What forces always act in equal but opposite pairs?

Sort of; it's true as stated, but remember that any measured force may be the resultant of two or more initial forces. But the end result is identical to two equal & opposing forces.


Why are wires usually in pairs?

Electricity MUST flow in a complete circle to work at all; so most wiring is done in pairs.


All work teams are work groups but not all work groups are work teams Do you agree or disagree with the statement?

The difference between a team and a group is a matter of definition. Mostly they have the same meaning.


2 How many linkage groups are there in humans?

A LINKAGE GROUP IS FORMED OF ALL THE GENES ON ONE CHROMOSOME. THERE ARE 23 PAIRS OF CHROMOSOMES IN HUMANS. HENCE 23 LINKAGE GROUPS.


Does action-reaction pairs result in equilibrium?

Yes, action-reaction pairs result in a balance of forces, but they do not necessarily result in equilibrium. In order to achieve equilibrium, the net force acting on an object must be zero, which involves considering all the forces acting on the object, not just the action-reaction pairs.


How do public-interest groups differ from differ from other interest groups?

public-interest groups work for the bnefits of all citizens.


Why do all digestive enzymes not work on all groups of food?

takes place in the mouth


Why do we need scientific forces?

Forces exist whether there are people, animals, and plants or not. Science just looks at how forces work, and how they relate to movement, acceleration, velocity, work, power, and so forth. So it is not a question of if 'we need scientific forces', at all.