Suppose,
I am lifting a ball of mass $m$ very slowly from the ground to a height $h$. That is,for the whole time,approximately, $F_{me}=-F_g$
I am doing a work of $+mgh$, which is transferred to the body. Gravity is doing a work of $-mgh$.
What is the significance of the negative work done by gravity? What does it do?
I am thinking: If gravity didn't exist,my whole work done $+mgh$ would be present as the kinetic energy in the body at the height $h$. The negative work done $-mgh$ by gravity makes sure it is stored as the potential energy, rather than the kinetic energy.
Is this correct? I'd love to hear some more insights.