- 6,900
- 8,043
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
starts at the same size it does in agar.io, which should be around the same size as the bacteria i thinkOk, the Pague.Inc bactéria incon seens tô be desies manipulation + duiplication
Ágar.io cell incon is absorption, with size the cell starts at?
Ok, so... It's alread enogh to eat the bactérias? If it is the cell just eats the first bacteria and wins, if not the Cell will need to colect the agarios things do grew enough to eat the bacteria, in that time the bacteria will be able to multiplye, them It's a battle of "the cell can eat all of the bacterias beafore sucumbing to the diseas"starts at the same size it does in agar.io, which should be around the same size as the bacteria i think
It would need to be bigger than the bacteria to eat itOk, so... It's alread enogh to eat the bactérias? If it is the cell just eats the first bacteria and wins, if not the Cell will need to colect the agarios things do grew enough to eat the bacteria, in that time the bacteria will be able to multiplye, them It's a battle of "the cell can eat all of the bacterias beafore sucumbing to the diseas"
It would need to be bigger than the bacteria to eat it
i mean i think it would be fair to assume they are roughly equel in sizeThis is what I'm asking... The problem is we don't know the size of neither... Well, let's say the bacteria is bigger than the Cell... How fast the cell multiplye?
Yes yes, but witg is the multiply rate of the plague?i mean i think it would be fair to assume they are roughly equel in size
the cell can only multiply when it's around 3.5 times it's starting size which limits it but it can split pretty much instantly if it has the mass to do so
i'm not really sure about the specifics but it is pretty fast as it can infect every person on earth in only a couple of monthsYes yes, but witg is the multiply rate of the plague?
Hum... I would vote for the virus, beacuse he multiplies very fast and trough there was no way the cell could eat all beafore sucubing to the plague, but one thimg come to mu mind, if the cell eat enough It could just ocupie everything ine the Petri dish, eating every bacteria in the process, at this point virus shouldn't be a problem also... So... How fast could the Cell do It?i'm not really sure about the specifics but it is pretty fast as it can infect every person on earth in only a couple of months
i don't think the cell getting large enough to cover the petri dish is possible, but it would probably still be impossible for the bacteria to defeat it once the cell gets drastically larger than itHum... I would vote for the virus, beacuse he multiplies very fast and trough there was no way the cell could eat all beafore sucubing to the plague, but one thimg come to mu mind, if the cell eat enough It could just ocupie everything ine the Petri dish, eating every bacteria in the process, at this point virus shouldn't be a problem also... So... How fast could the Cell do It?
Yes, If the cell get big enough it shoul out está the reproduction of the bactéria... But the cell can do it beafore sucunbing to the plague?i don't think the cell getting large enough to cover the petri dish is possible, but it would probably still be impossible for the bacteria to defeat it once the cell gets drastically larger than it
i don't knowYes, If the cell get big enough it shoul out está the reproduction of the bactéria... But the cell can do it beafore sucunbing to the plague?
Hum... The dissesse should take more time then the Cell rating all the bacterias, one vote for the First Ioi don't know
so... stomp?Something to note. Bacteria cannot affect cells internally, at least not in-character. If it gets eaten, it dies. In-character if it faces a cell, it will eat it. In fact most bacteria based symptoms are caused by the bacteria damaging our cells externally (Also the reason why anti-biotics work against it)
Viruses and certain parasites however can affect cells internally and rely on getting eaten such Leishmania or digging into the cells such as Influenza, Malaria, etc. So in short, this battle relies on who is bigger than the other and bacteria cannot use its symptoms against the cell (Then again, the cell has no conventional organs. How do you inflict lung disease on something that eats and digests oxygen?)
Theoretically if you put this fight in any place that isn't sterile and make the cell start out smaller than the bacteria, then the cell would need to eat other items first and escape its opponent before finally being able to eat itso... stomp?
It alread need to eat to eat other thing to eat the bacteria, and duplication is the bacteria main WINCONTheoretically if you put this fight in any place that isn't sterile and make the cell start out smaller than the bacteria, then the cell would need to eat other items first and escape its opponent before finally being able to eat it
Duplication does not increase their size and it is merely an added advantage. Absorption is the winconIt alread need to eat to eat other thing to eat the bacteria, and duplication is the bacteria main WINCON
I know, but duplication let the bacteria survive longer leting it damage the cell, the cell need's to kill all the bacteria duplicates to winDuplication does not increase their size and it is merely an added advantage. Absorption is the wincon
But this is an agar io cell. They grow bigger the more they eat. The more duplicates get eaten, the bigger the cell gets and the more bacteria it can eat at once. In fact once it gets big enough, the cell too can also perform duplicationI know, but duplication let the bacteria survive longer leting it damage the cell, the cell need's to kill all the bacteria duplicates to win
the fight already takes place in the agar.io map, which means the player has access to agars which can help it growTheoretically if you put this fight in any place that isn't sterile and make the cell start out smaller than the bacteria, then the cell would need to eat other items first and escape its opponent before finally being able to eat it
I know, but the duplication of the bacteria still very fast, It should be able to out multiplye the eatingBut this is an agar io cell. They grow bigger the more they eat. The more duplicates get eaten, the bigger the cell gets and the more bacteria it can eat at once. In fact once it gets big enough, the cell too can also perform duplication
And what if the cell gets big enough to eat multiple instances of the bacteria at once? And even if they do inflict enough damage, the cell can just multiply and create less damaged versions of itself. While it won't do it as often, it should give it a good enough advantage to beat themI know, but the duplication of the bacteria still very fast, It should be able to out multiplye the eating
Sorry, I forgor to respondAnd what if the cell gets big enough to eat multiple instances of the bacteria at once? And even if they do inflict enough damage, the cell can just multiply and create less damaged versions of itself. While it won't do it as often, it should give it a good enough advantage to beat them
there's no evidence of this actuallyThe multiplyed cell would carry the damage that the original had
Theres also no evidence of the opositethere's no evidence of this actually
there being no evidence for them carrying over damage is evidence for them not carrying over damageTheres also no evidence of the oposite
They don't take tamage in the game -_-)there being no evidence for them carrying over damage is evidence for them not carrying over damage
Then why should we assume they carry over damage when they never take damage in the gameThey don't take tamage in the game -_-)
Then why should we assume they carry over damage when they never take damage in the game
There's a problem with that and it is that agar.io cells are not normal cells and don't behave that wayOk, who is gonna google if cells carry damage to their of spring whem multipling?
okThere's a problem with that and it is that agar.io cells are not normal cells and don't behave that way
Honestly at this point, we'd be better off just picking incon. The bacteria can probably out-duplicate and the cell and someday evolve to deal with it. Bacteria have demonstrated self-preservation instincts as seen in this video below
Honestly at this point, we'd be better off just picking incon. The bacteria can probably out-duplicate and the cell and someday evolve to deal with it. Bacteria have demonstrated self-preservation instincts as seen in this video below
Which means that in their escape, they would one day breed an offspring that can evade the cell. However if they make just one mistake, they won't be able to outnumber the cell anymore and they would soon die off
So what's your current vote?well, the important is that isn't a stomp
I will stay with CellSo what's your current vote?