All forces in this problem act on an object along the same axis. Two forces have values F = - 5 N and f = +10 N. What do we do to bring the objects in mechanical equilibrium?
Thanks.
That is weird I had posted a question before!! lol anyways the question was;
All forces in this problem act on an object along the same axis. Two forces have values -5N +10N respectively. What should be done to bring the system into mechanical equilibrium???
add a third force of -5?
To bring the object into mechanical equilibrium, we need to ensure that the net force acting on the object is zero. In this case, we have two forces acting on the object, one with a value of -5 N and the other with a value of +10 N.
To find the net force, we need to add up the forces acting on the object. Since the forces are acting along the same axis, we can simply add them together:
Net force = -5 N + 10 N
By combining the values, we find that the net force is +5 N.
To bring the object into mechanical equilibrium, we need to make the net force zero. Since the current net force is +5 N, we need to apply a force in the opposite direction with a value of -5 N to cancel out the positive force.
Therefore, to bring the object into mechanical equilibrium, we need to apply a force of -5 N to balance out the forces acting on the object.