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[Mr. Palau]

Makes sense when you think about it, the DNA is designed to scale for the ants.

Besides we will be able to overwell the mice thanks to our numbers.

[10ebbor10]

Makes sense when you think about it, the DNA is designed to scale for the ants.

Besides we will be able to overwell the mice thanks to our numbers.

May I point out that I don't use the square-cube law. Ie: When fully split up their will be 10 1.5 cm ants.

[Mr. Palau]

Makes sense when you think about it, the DNA is designed to scale for the ants.

Besides we will be able to overwell the mice thanks to our numbers.

May I point out that I don't use the square-cube law. Ie: When fully split up their will be 10 1.5 cm ants.

I have no idea what that is so its good that we have so many ants.

Maybe we should just stay a blob and use our liquid form to drown the mice. Like we attach ourselves to the mouses mouth and then just ride it out as the mouth slowly dies.

[10ebbor10]

Makes sense when you think about it, the DNA is designed to scale for the ants.

Besides we will be able to overwell the mice thanks to our numbers.

May I point out that I don't use the square-cube law. Ie: When fully split up their will be 10 1.5 cm ants.

I have no idea what that is so its good that we have so many ants.

I'm taking size as a lenght rather then a volume. In fact you could many more then 10 ants in a being 15 cm long.

[Mr. Palau]

Makes sense when you think about it, the DNA is designed to scale for the ants.

Besides we will be able to overwell the mice thanks to our numbers.

May I point out that I don't use the square-cube law. Ie: When fully split up their will be 10 1.5 cm ants.

I have no idea what that is so its good that we have so many ants.

I'm taking size as a lenght rather then a volume. In fact you could many more then 10 ants in a being 15 cm long.

Sorry I just learned geometric means and preportions of triangles in math so thats beyond the pale.

[kaian-a-coel]

as a blob, we can be assimilated to a sphere. 15cm diameter... 1766,25 cm³. HOLY CRAP. A mean ant is, say, 1mm long. Let's assimilate it to a sphere as well. It's 0.0005 cm³. Meaning we can make 3532500 1mm long ants with our blob.

If you aim for 1.5cm ants, which is pretty pretty big for an ant, we can make... well, one thousand ants at least.

VIVA EL 3D.

[10ebbor10]

as a blob, we can be assimilated to a sphere. 15cm diameter... 1766,25 cm³. HOLY CRAP. A mean ant is, say, 1mm long. Let's assimilate it to a sphere as well. It's 0.0005 cm³. Meaning we can make 3532500 1mm long ants with our blob.

If you aim for 1.5cm ants, which is pretty pretty big for an ant, we can make... well, one thousand ants at least.

VIVA EL 3D.

Jup, square cube law tends to do those things. However, since I'm not going to pay attention to it, You'd better be happy with your 10 ants.

[10ebbor10]

Tie between splitting and doing something else . Roll: 1

You decide to split some more untill you have a nice army of XL ants. Or that was the plan anyway, but you don't have enough energy for that. You look for the mice, but you can't find them. Instead you find some more of the micetraps, which you disable. After which you eat the cheese. One of your clones doesn't come back though.  You use the food to regain your carapace; legs and mandibles. Your clones do the same.

You feel stronger now, and are capable of more then you used to bo.( New ability time)
Name:  Deoxys
Biomass: 20( Clones:20*9)
Energy: 10/15 (actions cost one or more energy)
Nutrients:5/5 (Turned into energy. Partly returned when said energy is used for actions, but not for transformations)
Abilities: DNA assimilation, splitting
Current look: Miniature group of ants (2 cm each)
Status:

Spoiler: Current form (click to show/hide)

-Chloroplasts(1)(4nutrients-->1energy per turn) You can have more chloroplasts.
-Mandible(+1 attack)
-Carapace(+1 defense)
-Insect legs(1 energy= +1 to move)

Spoiler: Dna library (click to show/hide)

-Antennae
-Planttick mouth(allows you to suck nutrients and energy out of plants)
-Insect eyes
-Insect legs
-Butterfly wings
-Dragonfly wings
-Insect stomach
-Ant mandibles
-Ant carapace (Notes,relatively light but strong)
-Other bits of butterfly DNA-Chloroplasts
-Cell wall
-Large vacuole
-Roots
-Chloroplasts

[/quote]

[NRDL]

Find more biomass.

We can debate later whether to create a veritable army of insects, or a squad of dog-sized creatures. 

[kaian-a-coel]

Given the fact that merged we have 100 times more biomass than not (yay for linear absurdity...), I vote for LEVIATHAN.

[10ebbor10]

Given the fact that merged we have 100 times more biomass than not (yay for linear absurdity...), I vote for LEVIATHAN.

The system is linear the entire way. Which means that it is somewhat balanced. (Ie , 10 2 cm ants can take down a being 20 cm larger).  Wait that doesn't make any sense anymore. WHatever, I'll rewrite the system in the next turn update.

[kaian-a-coel]

Given the fact that merged we have 100 times more biomass than not (yay for linear absurdity...), I vote for LEVIATHAN.

The system is linear the entire way. Which means that 10 2 cm ants can take down a being 20 cm larger.  Wait that doesn't make any sense anymore.

HA! told ya!

[Gamerlord]

Given the fact that merged we have 100 times more biomass than not (yay for linear absurdity...), I vote for LEVIATHAN.

Finally someone making sense.

[kaian-a-coel]

With linearity, ~100 ants <=> 1 human.
It's... not quite right.

[Chaos Armor]

Given the fact that merged we have 100 times more biomass than not (yay for linear absurdity...), I vote for LEVIATHAN.

Finally someone making sense.

Now that we know about the system 10ebbor10 is using, I vote for a large creature.