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LET ME KNOW WHEN YOURE READY TO TALK SCIENCE DOGMA BOY.. You lost. Read the spreadsheet
LET ME KNOW WHEN YOURE READY TO TALK SCIENCE DOGMA BOY.. You lost. Read the spreadsheet
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{{#tag:blockquote|kinematics was only used to establish the baseline acceleration constant (9.8).}}
This is the constant you can't account for without gravity. No one is saying other forces can't act on something at the same time.
I can't find any tab that says "CCM", but if you have a seperate way of arriving at 9.8 that you think is equally valid, your explanation is inconsistent.
[[User:Washcarso|Washcarso]] ([[User talk:Washcarso|talk]])
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Revision as of 09:44, 8 October 2026

G5 calculator

Yeah calling someone not the sanest person is definitely not bullying & calling him a vandal is definitely sincere


Im literally insane for looking at a local sun & saying it’s local . A lot of irony in that 😂😂


But anyways This anti gravity calculator you couldn't sneak G in even if you tried. 1000% gravity free, backed by science and empirical evidence, with sources on the extended version 😂😂😂 good luck. This calculator accounts for why things fall AND rise.. It also accounts for a vacuum, water, and oil. It hits the 9.8 constant without a single need for G. Good luck proving the force now that 9.8 can be hit without G….gravity is still unisolated, only assumed fiat force that only explains why things go down.

https://docs.google.com/spreadsheets/d/1NsqxcEU0NlxqJjOOlZvzzVkNwJbQ0K2FPb2nYX126-E/edit?usp=drivesdk


Extended version with sources & mathematical bridge https://docs.google.com/spreadsheets/d/1feLbyeGzIxpya9sdqXm3VA6aY5FFPTAqXJ2qO2oPb6Y/edit?usp=drivesdk


Btw Im waiting For you guys to tell me where G is 😂😂😂😂😂… nah it’s gonna be comical this time .. ITS LITERALLY NOWHERE .. try using Ai to find it 😂😂

Well this is exciting!

I thought you'd ran away! Looking through this new document, its a complete mess. I don't know why you need so many tabs for what should be a simple calculation.

I haven't looked through it thoroughly, and I'm not going to unless you

  1. State the formula the calculator is using
  2. State where it appears in the calculator
  3. Calculate the acceleration of the feather in vacuum using the formula and show the working out on this page.

If you can't do these three things because "its all in the calculator" (or whatever excuse you give), I'll know you don't actually understand anything because you had AI make it for you.

Make sure you add your reply beneath this one without deleting anything, since it seems like you still haven't learned how to use a wiki talk page.

Washcarso (talk)



If you actually opened the comprehensive calculation breakdown tab instead of hand waving from the jump, you'd see exactly how everything works. Here it is in plain English.

I guess all you want to know is How do I get the magical 9.8 without gravity?


FOR TEST 1

You take three measurements from a reference drop • Height: 2 meters • Time: 0.6388 seconds • Impact velocity: 6.26 m/s Those are just a stopwatch reading and a tape measure. Nothing assumed.

Then you run them through three different equations that all describe the same fall: • From height and time: a = 2h/t² = 9.8023 • From height and velocity: a = v²/2h = 9.7969 • From time and velocity: a = v/t = 9.7996 Three independent paths. They land within 0.06% of each other. You average them BOOM 9.7996 m/s².

ZERO GRAVITY NEEDED


How you find if it rises or falls..

you take that baseline & adjust it using the objects density contrast to the object's charge & electrostatic force (which the force is able to be isolated & manipulated) in our electrical field we are in (that’s testable , not assumed.)

There’s a detailed tab for you called the TEST EQUATIONS.. this gives a break down for each test result & all the inputs . You can do a feather vacuum , steel , wood , etc in water, air,oil or a vacuum

There’s nothing too messy , it’s that you can’t understand & always need to be hand held .. it’s Literally simple .. but the question is .. where’s the gravity ?????????????????????????😂😂😂😂😂😂

Btw the math works everytime consistently

Good luck trying sneak G INTO THAT


To answer “why so many tabs “ it’s to make the bridge easy to understand, Im simply Not just telling you an acceleration. Im giving The direction , the ability to change specifics about the test , the mathematical bridge to real life & sources on electrostatics, so you can’t say Im making It up .


Any bozo can tell you 9.8. But modeling the exact direction, calculating how acceleration changes depending on the medium, predicting the exact charge required to make an object rise or float or even for a helium balloon to sink, and testing for shielding dynamics …thats literally a mathematical art form. The equations & tabs are fully transparent so you can’t cry about hiding anything ..but now you’re crying about it being transparent.. so you’re just gonna cry about something either way


Saying ai did all this for me .. shows your ignorance about ai .. you just don’t wanna accept reality at that point .. literally I was The brains behind all of This .. saying it’s ai That did this is actually giving credit to me in disguise.. ai is trained on GRAVITY, I literally Had to train ai on the framework


You're using kinematics to get 9.8 m/s2. This is what I initially suspected, so thanks for confirming.

Unfortunately, kinematics isn't a replacement for gravity (or any force). It describes motion without accounting for the forces causing the motion.

If finding the acceleration of a falling object using kinematics disproves gravity, then finding the acceleration of a car proves that engines don't exist.

Kinematics is a specific branch of mechanics that describes the motion of objects without reference to the forces causing the motion. Examples of kinematics include describing the motion of a racecar moving on a track or an apple falling from a tree, but only in terms of the object’s position, velocity, acceleration, and time without describing the force from the engine of the car, the friction between the tires and the track, or the gravity pulling the apple.

V • T • E

Kinematics is the branch of classical mechanics that describes the motion of points, objects and systems of groups of objects, without reference to the causes of motion (i.e., forces ).

V • T • E

We are still looking for a flat Earth explanation for the cause of motion. Which physical properties are responsible for causing the motion? And how do these physical properties determine the magnitude of the force?

You’re wrong ^^^^ and can’t look at the calculator .. stop STARWMANNING .. that’s literally ALL YOU Can DO ..

Washcarso (talk) 21:33, 7 October 2026 (EDT)


Classic STRAWMAN 😂😂😂😂😂😂😂😂😂😂😂😂 you stopped reading the moment you saw the word "kinematics," quoted a textbook definition, and completely missed that kinematics was only used to establish the baseline acceleration constant (9.8). You ignored the entire rest of the calculator because it requires actual analytical work instead of a lazy hand wave. Every other tab handles the actual direction, the density contrast, the medium dependent changes, and the ELECTROSTATIC force channels. You literally depend on strawman because the calculator debunks gravity .. I proved how it works. LMAO COPE HARDER .. my calculator does exactly that .. in fact you didn’t even read the whole post where I clearly wrote HOW TO FIND THE DIRECTION .. & I wrote how it uses Electrostatic & density



So basically you didn’t even look at the calculator stopped at 9.8 & thought you did something…TRY AGAIN 😂😂😂😂😂😂😂😂😂 my whole calculator is about electrostatic causing motion DOOFUS .. next time you reply actually speak about something you know .. next you time you reply & try to dismiss the calculator.. TRY BREAKING DOWN THE CALCULATOR… how ignorant can you be 😂😂😂 YOU LOST


Btw I arrived At 9.8 multiple ways .. look at the tab that says CCM .. zero kinematic .. still 9.8!.. 😂😂😂 you accuse me of dumb arguments because you only strawman then .. TALKING ABOUT GOOD FAITH .. YOURE FULL OF SHIT 😂😂😂 my calculator just proved you wrong again


How the calculator determines whether an object rises or falls


The IRONY IS EVEN YOUR 9.8 doesn’t establish direction .. YOU ASSUME THE DIRECTION .. OMG you lost that one buddy 😂😂😂 because my calculator proves direction.. your 9.8m/s ^2 just assumes . You’re literally a hypocrite like I’ve always been saying



LET ME KNOW WHEN YOURE READY TO TALK SCIENCE DOGMA BOY.. You lost. Read the spreadsheet


kinematics was only used to establish the baseline acceleration constant (9.8).

This is the constant you can't account for without gravity. No one is saying other forces can't act on something at the same time.

I can't find any tab that says "CCM", but if you have a seperate way of arriving at 9.8 that you think is equally valid, your explanation is inconsistent.

Washcarso (talk)