The antifurry fandom genesis [NON-BIASED, ok?]

The earliest recorded antifurry is hopingbutton , channel first creation is 2011 in his description . He owns the largest antifurry server IN THE WORLD and incredibly popular , even big antifurry youtubers like haloguy7 and other indie ones there are more incredibly small always uploading AF channels than the number of furry subscribers and youtubers they are is which is funny all link him in descriptions hopingbutton isnt even too popular with new AF's .He started doing videos about yiff and other terrible shit, getting himself a reputation and igniting a small community that made a huge meme called Furries VS gamers in 2019/2017 i think.

Furries are much older of a concept than antifurries and recently the community has been struggling to even get people as furries still expand with the BURST of former antifurries after the meme .

cant say why this beef happen's bc i wanna be unbiased

random fucker: hey did you see The antifurry fandom genesis NON-BIASED, ok? definition or something?
random mewing guy: you TOTALLY didnt say that to try to get this definiton approved by urban moderators bc you have to include the word in the sentence

furry: hi guys

fucker 8: hell nah bro you kinda weirld blud

by dankest meme guy but honest January 31, 2024

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Bronsted-Lowry/Brønsted–Lowry Acid-Base Theory

An acid/base definition that suggests an Brønsted–Lowry acid is any molecule that can donate a proton, and a Brønsted–Lowry base is any molecule that accepts the proton. Protons can be referred to as H+ or "hydrogen ions," so if you see those terms used in a textbook they all mean the same thing. When a Brønsted–Lowry acid gives its proton away, it is "deprotonated" and can now accept a proton; now that it has become an acceptor, it is referred to as a conjugate base. The same rule applies to Brønsted–Lowry bases: once they gain a proton (are protonated), they are known as conjugate acids.

student: i'm a little confused with this functional group. the reading says that the carboxylic acid (COOH) group loses its proton, H, making the formula COO−. now that there's a space on the oxygen that's vacant, could the group accept a proton in the empty space? wouldn't that make the group a base?
teacher: yeah, acids turn into things known as conjugate bases when they lose hydrogen ions. the space where a proton used to be is now available for bonding, and the group or molecule becomes a proton acceptor/Brønsted–Lowry base
that's how you use the Bronsted-Lowry/Brønsted–Lowry Acid-Base Theory

by ilikesciencemorethanyoudo July 6, 2025

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