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The object doesn't move in either of the two directions. I am learning about this in sci., two equal forces equal one big force pushing upon an object moving in the opposite direction. It depends on the direction of the individual forces, if in opposite direction then as per the first answer, if in the same direction then the force is equal to the sum of the forces. If tangental then a vector is produced, that is an angle to the two forces

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Q: What happens when two equal force act on a object?
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Are net forces and unbalanced forces the same thing?

Net force is the sum of all forces that act on an object. An unbalanced force means that net force is not equal to zero. If that is the case, the object will accelerate.Net force is the sum of all forces that act on an object. An unbalanced force means that net force is not equal to zero. If that is the case, the object will accelerate.Net force is the sum of all forces that act on an object. An unbalanced force means that net force is not equal to zero. If that is the case, the object will accelerate.Net force is the sum of all forces that act on an object. An unbalanced force means that net force is not equal to zero. If that is the case, the object will accelerate.


What happens when a net unbalanced force act on an object?

Moves it the opposite direction.


What happens when 2 forces act on an object in oppposite directions?

The object accelerates in the direction of the force difference.


Two equal and opposite forces of 5.0 N act on an object The unbalance force on the object is?

is 0 N


When two forces act on an object in the same direction the resultant force is equal to the?

The equation is a+b=c. If two forces act on an object in the same direction (a and b) then the net force ( c ) is equal to sum of the two acting forces.


If all forces are equal and opposite how does anything accelerate?

Because NOT all forces are equal and opposite. By Newton's Third Law, if object A attracts object B, then object B also attracts object A - with an equal but opposite force. But those forces act on DIFFERENT objects! The forces on object A, and on object B, may be unbalanced!Because NOT all forces are equal and opposite. By Newton's Third Law, if object A attracts object B, then object B also attracts object A - with an equal but opposite force. But those forces act on DIFFERENT objects! The forces on object A, and on object B, may be unbalanced!Because NOT all forces are equal and opposite. By Newton's Third Law, if object A attracts object B, then object B also attracts object A - with an equal but opposite force. But those forces act on DIFFERENT objects! The forces on object A, and on object B, may be unbalanced!Because NOT all forces are equal and opposite. By Newton's Third Law, if object A attracts object B, then object B also attracts object A - with an equal but opposite force. But those forces act on DIFFERENT objects! The forces on object A, and on object B, may be unbalanced!


Action reaction force pairs act on what?

All Forces! For every action there is an equal and opposite reaction."The size of the forces on the first object equals the size of the force on the second object. The direction of the force on the first object is opposite to the direction of the force on the second object. Forces always come in pairs - equal and opposite action-reaction force pairs"


What two equal forces act on the same object in opposite directions the net force is?

In this case, the net force is zero.


When 2 equal forces act on the same object in opposite directions the net force is?

Zero.


Why does bouyant force act upward on an object submerged in water?

Upthrust which is equal to weight of fluid displaced


What kinds of forces can act on an object?

Normal force can act on an object


If two equal forces act on an object in opposite directions the net force will be balanced?

Equal means the forces are of equal magnitude. And they act exactly in opposite directions. Then certainly the resultant effect will be zero. So we say that the forces are set in balanced condition. Hence balanced.