The climber is actually pulling downwards on the rope. S/he is trying to pull the rope down or out of the ceiling but cannot do so. If you think of the climber just hanging there the rope has a tension upwards to counter the weight of the climber. If you are to move up then equilibrium must be broken and the net force on the climber must be up so the rope pulls the climber upwards. Of course, this pull is to do with action and reaction but the effect is the same.
The object floats in the water.
Greater
Greater
It's easier to pull downward than upward.
The upward support force is as much as the downward pull of gravity.
ITS LIKE WHEN THERE IS A STICK STUCK DOWNWARD INTO THE GROUND AND YOU WANT TO TAKE IT OUT. YOU WILL PULL IT UPWARD. Sorry for capitalisation.. Hope this helped, :D
The object floats in the water.
Greater
Greater
It's easier to pull downward than upward.
The force on you, if you are stationary, exactly balances gravity.
The upward support force is as much as the downward pull of gravity.
The upward support force is as much as the downward pull of gravity.
The upward support force is as much as the downward pull of gravity.
Push a box across a surface with a downward angle because gravity is helping.
less than three y.o pull pinna down and back
Blow on it. Pull it with a string. Place it on a downward slope.