wow this is so deep

can we hit 5 likes

No, things that are lighter go up because of two forces that are a direct consequence of the existence of gravity @rivenator12113

even as ge i have to give him that some knowledge they teavch in shools is useless xD

gravity is not a force

@Yabai

also its important to note that gravity is only so strong

Gravity is a fundamental force of the universe.

Yes, it is a force.

in the globe earth explanaition it is

where is the equation that factors buoyancy into the calculation of the gravity exerted on the helium balloon

no its described NOT as a force but a consequence of the curvature of space time

gravity is the weakest force of the 4 tho

I'm sure there is an equation for that.

@Yabai You said it yourself, in water you can fill a balloon up with air and it would float. Isn't the independent variable the air or water density it is in and not gravity?

This took me literally two seconds to find

As it happens, Walt Disney himself was a member of a Masonic offshoot youth organization, and many of the founding fathers of the entertainment business — including Louis B. Mayer, Tom Mix and Cecil B. DeMille – were Masons. When California membership peaked at 245,000 in the mid-1960s, L.A.'s nexus for the group, the Scottish Rite Masonic Temple, had just been erected on Wilshire Boulevard in tony Hancock Park. (It later was used as a location in National Treasure.)

Not some hand gestures

No, the water has no density without gravity. @rivenator12113

Air has no density without gravity

There Walt was a mason 👏👏👏

im bored

this is boring

curve of ice

actually according to special relativity gravity is an effect of the warping of space and time in the presence of mass

@Yabai Gravity is constant everywhere, how come water and air density are not the same?

Regardless, can you explain to me why the sun remains suspended in the air if it is local? @rivenator12113

@gooeySlimey what mate

@Seeker of Truth can you not man were trying to have a convo

bruh

You're talking about the gravitational constant. The amount of force exerted by gravity on a given place changes, depending on the mass of the material @rivenator12113

yup that sounds about right

** depending on the mass of the material ** you mean density of the material?

No

Mass

is not

density

^

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