lmao get rekt
WHO STOLE MY SHOES. THEYRE GONE. WHAT HAPPENED TO THEM. HELP ME
hello everybody, 257 here, this year's gonna be a year, according to a professional year expert
guess who wins here
I approve of powerscaling discourse only in utterly senseless contexts. I don't give a shit about which shōnen protagonists could beat up which other shōnen protagonists, but I will 100% read your five thousand word essay exploring the subtle nuances of establishing a tiered ranking of the Smurfs.
lmao no eat this regular missile instead 💥
I only have 5 hp please be gentle with me
immortalized in history
sent/returned to god
sent to investigate the pearly gates
returned to the aether realm
went to valhalla
crashed and went to sleep
became a mere physical object
of interest to historians
met julius caesar
found out they were (in)correct as a religious person
found out
arrived to their final destination
took the exit out of the highway of life
hopped on the highway to hell
went up the stairway to heaven
tried to switch to the fast lane while in the fast lane
forgot they were driving in the uk
Things you can stay instead of "k1lled", "murked" or "unalived":
involuntarily converted to room temperature
cancelled on a corporeal level
successfully transitioned into fertiliser
rendered permanently horizontal
sent to investigate the potential existence of an afterlife
i've got a real stupid idea, this finna lie on the X axis idiotically,
creator has a visual novel franchise spanning several games and a double digit number of characters where every single story gets ONLY happy endings, then drops an FPS featuring every single one that approaches spec ops: the line in how dark it is. this FPS is canon and now in every future release everyone has PTSD from the war
vn creator who releases a multiplayer fps featuring their characters for April Fools day
just got real close to the end of bug fables, time to do every single side quest available THEN end the game
L + ratio + radiance/vi/5 pebbles/aven/loop interact maybe??? + age = Σ_{n=1}^{k}[y_n(Π_{0≤m≤k}_{m≠n}[(x-x_m)/(x_n-x_m)])] for any set of points [(x_0,y_0),...(x_k,y_k)] + top registered XXX defender + professional expert at everything for some reason + this fella's comin' straight outta twitter bear with me pls idk this app
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