Yeah, 'cuz we never went to the moon hurr hurr.Whee. Are we still here?
Welcome back.Whee. Are we still here? At least I still know most of the people around. And the arguments on both sides.
Thanks.Welcome back.
The one that really baffled me was the reference to wind helping with the load.Re the buoyancy references: is it possible that someone is getting moon-walking confused with the training astronauts do/did under water, iirc, to get them used to zero/reduced gravity?
I never said anything about muscles. Please read more carefully in future. You claimed a man weighing 180lbs would have no problem wearing his own weight on his back on the Moon, as opposed to on Earth. I simply pointed out the ratio remains exactly the same regardless of gravity.
There really is no buoyancy effect on the Moon. There is no wind to help ease the load.
Not likely. Someone who thinks wind has anything to do with buoyancy isn't likely to be laboring under that particular reasonable misconception.Re the buoyancy references: is it possible that someone is getting moon-walking confused with the training astronauts do/did under water, iirc, to get them used to zero/reduced gravity?
Funny how certain threads extend to absurd lengths while containing next to nothing from the claimant's side.Great leaping LEMs! Fifty-eight pages in one month?!
It's been my experience that the wind is always in the wrong direction to be any help.The one that really baffled me was the reference to wind helping with the load.
OK. Howzabout the person is thinking about the (very, very tiny) uplift you would get on Earth as a body in a (very thin) fluid - Archimedes and all that?Not likely. Someone who thinks wind has anything to do with buoyancy isn't likely to be laboring under that particular reasonable misconception.
As suggested by the rooster tail topic, @Vixen doesn't understand how wind works either.It's been my experience that the wind is always in the wrong direction to be any help.
Vixen has given us ample evidence for years that she doesn't understand buoyancy. @Foster Zygote has given a perfectly cogent explanation for why he tried to draw the analogy to buoyancy in order to compare changes in strength to changes in weight.OK. Howzabout the person is thinking about the (very, very tiny) uplift you would get on Earth as a body in a (very thin) fluid - Archimedes and all that?
We're past that.Just trying to help out so someone who may be arguing stupid points in good faith...
It's been my experience that the wind is always in the wrong direction to be any help.
OK. Howzabout the person is thinking about the (very, very tiny) uplift you would get on Earth as a body in a (very thin) fluid - Archimedes and all that?
Just trying to help out so someone who may be arguing stupid points in good faith, may learn something. Though I'm beginning to have my doubts about the good faith bit...

[Not sure how to delete a post started accidentally.]Re the buoyancy references: is it possible that someone is getting moon-walking confused with the training astronauts do/did under water, iirc, to get them used to zero/reduced gravity?
People seldom do.As to the "no wind to lighten the load",
I have no ◊◊◊◊◊◊◊ idea what she's on about.
[Not sure how to delete a post started accidentally.]
Welllll, someone wasn’t too clued in about boat/ship buoyancy on water (earth), so confusion or ignorance regarding reduced gravity of simulations of same, is not surprising.Re the buoyancy references: is it possible that someone is getting moon-walking confused with the training astronauts do/did under water, iirc, to get them used to zero/reduced gravity?
Yes. Using the logic that wind aids buoyancy, no ferries would ever sink in a gale-force storm.The one that really baffled me was the reference to wind helping with the load.
But that's an entirely different thread. With entirely different "logic".Yes. Using the logic that wind aids buoyancy, no ferries would ever sink in a gale-force storm.