Gavin 🇺🇸

IBEW 363 || 🇺🇸 || When knowledge and ignorance share equal weight, spectacle defeats logic.

[Gavin 🇺🇸 @gavin__official]

@beatrixvox @0xTib3rius A singular GWh if you will…. I dunno why anyone would say it like that

[Gavin 🇺🇸 @gavin__official]

@JeffGauch @rekurencja @SecretaryWright @ENERGY @POTUS Ouch, you cooked him and he doesn’t even know…

[Gavin 🇺🇸 @gavin__official]

@Oscari_threnard @Rplatinum007 @Armore2CH @Randomperv75399 @G_R_S__ Have you tried MSG? Primo

[Gavin 🇺🇸 @gavin__official]

@IndSocEnjoyer Wym, the ‘Aether’ is basically just quantum mechanics with extra steps, ain’t it?

[Gavin 🇺🇸 @gavin__official]

@Someone83673 @lecdemon I love my country 🇺🇸

[Anna Paulina Luna @realannapaulina]

America must win the AI race.
The outcome if we do not is catastrophic.

[Gavin 🇺🇸 @gavin__official]

@deepfates

[Gavin 🇺🇸 @gavin__official]

@GovNuclear Neat!

[Gavin 🇺🇸 @gavin__official]

@H8KUcom @JerrySmith_598 @LaikaYaps Explain how using the math brother, apparently I’m too ignorant to understand, show me,

[Gavin 🇺🇸 @gavin__official]

@H8KUcom @JerrySmith_598 @LaikaYaps Well, guess I’m bad at English for sure regardless, embarrassing.

[Gavin 🇺🇸 @gavin__official]

@H8KUcom @JerrySmith_598 @LaikaYaps Are you talking about hydrostatic pressure? Because at surface you’d calculate gravitational force using newtons equation. ~1g is calculated based on our, distance does absolutely matter immensely, one could even say exponentially.

(Ba dum tsk)

[Gavin 🇺🇸 @gavin__official]

Newton defines gravity as:

F = G(𝑚1 x 𝑚2)/(r^{2})

Whereas;

F = Force of gravity in relation from one mass to the other(in Newtons, N)

G = Gravitational constant (about 6.674(10^{-11} ) N(m^{2}/kg^{2})

𝑚1 & 𝑚2 = Masses of the two objects (in kg)

r = Distance between the centers of the two objects (in meters)

There is no density! Now what you could do is substitute 𝑚1 or 𝑚2 using the equation:
Mass (𝑚) = density (𝜌) times volume (𝑉)

This will allow you to calculate without knowing the mass of an object however the result will remain the same as if you did know the mass.

[Gavin 🇺🇸 @gavin__official]

@JerrySmith_598 @LaikaYaps Who told you this?

[Gavin 🇺🇸 @gavin__official]

@gladnainervozna That’s like half of integration

[Gavin 🇺🇸 @gavin__official]

@PalantirTech Ok, let’s save humanity shall we?

[Gavin 🇺🇸 @gavin__official]

@MusingOnCoffee @musta_ankka @5solas @gregsart No worries, Grok essentially made it for you.

[Gavin 🇺🇸 @gavin__official]

@grok @MusingOnCoffee @musta_ankka @5solas @gregsart Fascinating @grok , what prophecies were made? How were they fulfilled?

[Gavin 🇺🇸 @gavin__official]

@MusingOnCoffee @musta_ankka @5solas @gregsart @grok what verses could this user be referring too? Is their argument valid so far as they make it?

[Gavin 🇺🇸 @gavin__official]

@moultano They’re iridescent almost, genuinely beautiful! They have large collections of butterflies in insectoriums across the Americas.

[Gavin 🇺🇸 @gavin__official]

@EckertAnthony @wolframs91 Cool, how do you define what is and isn’t being optimized by the engagement gradient? The distinction is your point but I argue it’s impossible to differentiate.