You're viewing a single thread.
Now do the forces required to push all that vomit up to 14m
The forces vary depending on how fast you move it up. You might be thinking of energy not force, as in joules not newtons.
To elaborate, imagine you wanted you were playing air hockey, you have to hit the puck alot harder to move it fast than to move it slow even though both will reach the other side
Ok, now calculate the energy required to type that reply, nerd.
But seriously, fair point. I don't know physics.
Mgh=50149.81=6867 joules
So about the same eneegy it takes to keep a 6 watt lightbulb on for 19 minutes
Edit: oops i see you meant reply, thats a tough one that i cant really answer on the toilet. But using the formula work= F*D and some simplifying assumptions you could do it yourself
(Work is the physics term for energy needed)