Message from @excursion12 (redha, richtginger)

Discord ID: 652751263020351488


2019-12-07 05:48:10 UTC  

Are you working overtime on saturday night too?

2019-12-07 05:48:47 UTC  

I think Marinica Ivanovici is done with his shift

2019-12-07 05:51:43 UTC  

I'm currently having to convince someone that the reduction of gravity would also reduce the weight of someone

2019-12-07 05:52:55 UTC  

Oh no

2019-12-07 05:53:08 UTC  

Its easier to reduce personal mass tho

2019-12-07 05:53:38 UTC  

I guess fats would feel at home on the moon

2019-12-07 05:54:20 UTC  

Nonono

2019-12-07 05:54:24 UTC  

its related to 40k

2019-12-07 05:55:09 UTC  

I have to convince him that a fall breaker, which reduces the force of gravity acting on a soldier to make their fall non-lethal, would also make them and their equipment weight less, and as such, allow them to carry more

2019-12-07 05:56:38 UTC  

wait, you have to explain basic physics to somebody?

2019-12-07 05:56:44 UTC  

how old is this person?

2019-12-07 05:57:27 UTC  

and yes, although their weight would decrease, their mass remains the same, which means it still takes more energy to lug all of that mass around

2019-12-07 05:58:23 UTC  

Yes, but since that same mass weights less, it takes less effort to carry it around

2019-12-07 05:58:44 UTC  

hm

2019-12-07 05:59:07 UTC  

It would take the same effort to lift a 6 kg rock on earth as a 36 kg rock on the moon

2019-12-07 05:59:07 UTC  

I guess it depends on what form of transportation you're taking

2019-12-07 05:59:25 UTC  

their mass is different but their weight is the same

2019-12-07 05:59:31 UTC  

energy is required to move mass, the more mass, the more energy required

2019-12-07 05:59:38 UTC  

gravity doesn't effect that fact

2019-12-07 06:00:17 UTC  

what you mean to say is, the person will feel less downward force on themselves when carrying a lot of mass when the gravity is lower

2019-12-07 06:00:28 UTC  

but it will still take more force to move said mass

2019-12-07 06:00:38 UTC  

?

2019-12-07 06:01:07 UTC  

its harder to move something that is more massive

2019-12-07 06:01:15 UTC  

even if it weighs the same

2019-12-07 06:01:22 UTC  

but its also harder to stop moving it

2019-12-07 06:01:26 UTC  

yes that's what I'm saying

2019-12-07 06:01:34 UTC  

and while youre moving it it should be the same

2019-12-07 06:01:51 UTC  

assuming there is no drag force then moving two objects with vastly different mass should be the same

2019-12-07 06:01:59 UTC  

your acceleration towards a massive body will be less, so there will be less downward force acting on you, but it will still take more effort to carry all of that stuff

2019-12-07 06:02:10 UTC  
2019-12-07 06:02:21 UTC  

itll be the same so long as you arent changing direction

2019-12-07 06:02:28 UTC  

if you are carrying both loads in the same manner

2019-12-07 06:02:31 UTC  

and it isnt turning or anything

2019-12-07 06:02:33 UTC  

yes

2019-12-07 06:02:33 UTC  

Yes, but lifting more mass would be easier if your own mass is reduced, is my point.

2019-12-07 06:02:37 UTC  

then it should be the same amount of force

2019-12-07 06:02:49 UTC  

given there is zero drag, it takes energy to accelerate, but not to maintain momentum

2019-12-07 06:02:50 UTC  

Overall weight is reduced yes

2019-12-07 06:02:55 UTC  

Specially in an rpg scenario where its all about a zero sum of your carry limit

2019-12-07 06:02:57 UTC  

Muscle strength stays the same

2019-12-07 06:03:13 UTC  

Same with mass