thats what i use in physics

no you measure your mass in kg, its just that weight is the force apllied onto the scale

your body applies 80KG onto the scale

force is measured in N or kgms-2

therefore your mass is 80*9.8

what?

So why does the FORCE always have UNIVERSAL ACCELEATION for all bodies of UNIFORM DENSITY?

huh

the earth has 9.81

moon i think is 1.6

just a big difference

I drop a 1kg lead weight I drop a 1000kg lead weight.
Acceleration down same rate
I drop a 1kg helium balloon I drop a 1000kg helium balloon.
Accelerate up at the same rate

The acceleration is unmodified

huh

thats a big balloon

you only ever observe changes in acceleration

Because of acceleration due to gravity; 9.8111 m/s

While yes when it’s falling it has similar acceleration

Greetings

But that doesn’t prove or disprove anything

They built bigger

Considering gravity is missing in places, we must assume the model is wrong

actually, the reason it is uniform is because of this thing called gravitational field strength. If the earth only has 9.8 and is massive in terms of mass, do you thing 1000kg will really make a difference to the GFS?

it burt rip

@Buddha prove that mass is the cause of that accelation

Yeah that thing fell and burned

There's anomalies

And the balloons do not fall down at -9.81m/s^2 do they?
1. CHANGING THE DENSITY OF THE BODY: https://imgur.com/a/uIY067X

sad really it was going to be the future

What places Is grAvity missing in

the force of buoyancy in this scenario is greater than gravity, and so the object rises

Look at Hudson's Bay in Canada, it use to be a huge glacier so the rock is so compact that there's less gravity there

uhh thats a tough one @malgafax

Just tell me and prove me wrong

ppl come up with alot reasons to justify tin foil rockets

its funny listenin g to them

.

Exactly

You move on

yeah

Have you ever noticed how if you placed a helium balloon in a chamber of atmospheric air, and an balloon filled with atmospheric air into a chamber of helium. The balloon of atmospheric air will fall faster than the helium balloon rises? Why is this even though the density gradients are the same? could it be, another force is acting upon them?