Gravity is BS! | |
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Anonymous Coward (OP) User ID: 85643031 ![]() 04/27/2023 08:46 PM Report Abusive Post Report Copyright Violation | How can a lightweight ballon withstand gravitational pull easier than a stronger object? Don't give me all your BS science. Quoting: Anonymous Coward 85643031 Obviously, the stronger the object, the greater the gravitational pull. Balloons are not strong objects so they just float away. What? The gravitational pull should have a easier time pulling in a lighter object |
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Anonymous Coward User ID: 80998372 04/27/2023 09:06 PM Report Abusive Post Report Copyright Violation | How can a lightweight ballon withstand gravitational pull easier than a stronger object? Don't give me all your BS science. Quoting: Anonymous Coward 85643031 Obviously, the stronger the object, the greater the gravitational pull. Balloons are not strong objects so they just float away. Pushed away from denser atoms like air is under water. |
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themessengernevermatters User ID: 80117407 ![]() 04/27/2023 09:33 PM Report Abusive Post Report Copyright Violation | How can a lightweight ballon withstand gravitational pull easier than a stronger object? Don't give me all your BS science. Quoting: Anonymous Coward 85643031 Obviously, the stronger the object, the greater the gravitational pull. Balloons are not strong objects so they just float away. What? The gravitational pull should have a easier time pulling in a lighter object Doesn't have anything to do with gravity. It has to do with buoyancy. If you fill a balloon with air then it don't float at all. You have to fill it with helium or hydrogen, which is lighter than air. Then that pocket of lighter gas is pushed up by the heavier air. The same reason ships float on water. “The rules are simple: they lie to us, we know they're lying, they know we know they're lying, but they keep lying to us, and we keep pretending to believe them.” Elena Gorokhova, A Mountain of Crumbs |
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BRIEF User ID: 79662918 ![]() 04/28/2023 10:20 AM ![]() Report Abusive Post Report Copyright Violation | How can a lightweight ballon withstand gravitational pull easier than a stronger object? Don't give me all your BS science. Quoting: Anonymous Coward 85643031 Those pesky little atoms of matter, really do matter when it comes to gravity...The greater the mass, the greater the amount of information, the more influence gravity has on it... Last Edited by BRIEF on 04/28/2023 10:20 AM I never forgive and I never forget I am a licensed firearm holder. I will, under protection of law, use lethal force if attacked. ![]() |
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Remedial_Rebel User ID: 78258400 ![]() 04/28/2023 10:52 AM ![]() Report Abusive Post Report Copyright Violation | ![]() Eureka!! Eureka!! Density is such a difficult concept. Last Edited by Remedial_Rebel on 04/28/2023 11:02 AM |
Anonymous Coward User ID: 75189721 ![]() 04/28/2023 11:04 AM Report Abusive Post Report Copyright Violation | Empty balloon has X number of millions of molecules for gravity to latch on to and pull on. Empty balloon falls to the ground. (duh) Now fill that balloon with helium, or add Y number of millions of helium molecules to those molecules of the balloon. Balloon has now X + Y number of molecules, MORE molecules for gravity to latch on to and pull down. But balloon filled with helium is able to defy gravity and flies up... Explain grav-tards... ![]() |
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