He can, then He can split it and lift it.
A rock has more density than water. That's why it drops. Its easier to lift it in water because water's density is greater than that of air, so the net buoyancy of the rock, though still negative, is greater than it is in air.
they have the ability to transport leaves they can carry objects larger than themselves
Gravel, cobbles and boulders are all individual clasts of increasing size that are larger than sand.
Little Rock, Arkansas, has a larger population than Shreveport, Louisiana. As of the latest estimates, Little Rock's population is around 200,000, while Shreveport's population is approximately 190,000. Additionally, Little Rock covers a larger area than Shreveport. Therefore, in terms of both population and size, Little Rock is larger than Shreveport.
The buoyant force is greater on the rock in water.
A rock that is larger than Earth would be a planet in its own right. Rocky planets larger than Earth do exist outside of our solar system.
Asteroid
You shold not lift if you are young. Just go rock climbing and do lots of pull ups, push ups, and leg raises. This builds tone, it does not build bulk. "For bodily exercise profits a little, but godliness is profitable for all things, having promise of the life than now is and of that wich is to come."
It is easier to lift a rock in water because water exerts an upward buoyant force on the rock that helps counteract the force of gravity pulling it down. In air, there is less buoyant force acting on the rock, making it harder to lift.
i think i would depening on the size
A force larger than the weight of the mass.
A big rock is heavier to lift than a small stone because it has more mass and thus more gravitational force acting on it. This makes it more difficult to overcome gravity when lifting the big rock compared to the smaller stone.