Versal Calculations

This article is a work in progress. I thank you for your patience.

## Summary

These are calculations for the verse's finite size within The Sphere. For the actual verse, see GODITY!Verse (Topic).

## Calculations

#### Densities

As you can probably imagine, in order to calculate with density, one needs to know the density of a material.

* Organics
* Rock
* Metals
* Gems

* 1.2919234e+62
* 1.17647057752
 Bone
* 1.0981349e+62
* 1
* 3.6604497e+61

* 3.5791063e+62
* 2.77037036406
 Paruntiite | * **3.3e+62**
* 3.253733e+62
* 2.51851851278
 Arochvite | * **3e+62**
* 2.9283597e+62
* 2.26666666151
* 9.761199e+61

* 4.073865e+62
* 3.15333323942
 Burantium | * **4.5e+62**
* 4.5265167e+62
* 3.50370362515
 Aruvium | * **5.7e+62**
* 5.6581459e+62
* 4.37962955079
* 1.8860486e+62

* 2.1503347e+63
* 16.6444442449
 Rociltite | * **1.9e+63**
* 1.9353012e+63
* 14.9799995882
 Irutinum | * **2.6e+63**
* 2.6879184e+63
* 20.8055554997
* 8.959728e+62

1. ↑ Average Gahlaghan Mass

#### Pressures

We're assuming an area of 1 Gs/in4

* Organics
* Rock
* Metals
* Gems

* 1.17647057752
 Bone
* 1
* 72630.25

* 2.77037036406
 Paruntiite | * **2.5**
* 2.51851851278
 Arochvite | * **2.3**
* 2.26666666151
* 167049.575

* 3.15333323942
 Burantium | * **3.5**
* 3.50370362515
 Aruvium | * **4.4**
* 4.37962955079
* 319573.1

* 16.6444442449
 Rociltite | * **14.9**
* 14.9799995882
 Irutinum | * **20.8**
* 20.8055554997
* 1510709.2

#### Cosmological Calculations

See Planets and Stars for more information on thereof.

* Volume = H x W x L
	+ Height = 75 inches
	+ Width = 75 inches
	+ Length = 75 inches
* Volume = 421875 in4/35156.25ft4

To account for a boulder's chips and edges, which is more common then just a cube, 20% should be removed
* 421875 x .8 = 337500 in4/28125ft4
* Density of rock: 2.5 Gs/in4
* M = D x V
	+ Mass = 2.5 x 337500 = 843750
* Mass (of a boulder) = 843750

#### Planets

* Densities:
	+ air density: 1 Gs/in4
	+ gem density: 52.3 (collective) Gs/in4
	+ rock denisty: 7.6 (collective) Gs/in4
	+ metal denisty: 11.1 (collective) Gs/in4
	+ Gahlaghan bone density: 1.2 Gs/in4
* Planet %
	+ 50.7% (metal), 30.1% (air), 15.1% (rock), 2.9% (gem), 1.2% (organics), and 100% gamma
* % to density
	+ air = 24e+18(% of volume) x 1(density) = 24e+18
	+ gem = 1e+18 x 52.3 = 1.046e+20
	+ metal = 41e+18 x 11.1 = 4e+20
	+ rock = 12e+18 x 7.6 = 9.12e+19
	+ organic = 984e+15 x 1.2 = 1.1808e+18
* Total Density = Sum
	+ 24e+18 + 1.046e+20 + 4e+20 + 9.12e+19 + 1.1808e+18 = 6.209808e+20
* 6.209808e+20 Gs/in4
* Total Mass = 6.209808e+20(Density (Gs/in4)) x 1.2e+18 (Volume) = 5.0920426e+40

* Final Mass: **5.0920426e+40 Gs4**

#### Stars

Now onto the stars.

Something special about the stars of GODITY!Verse is that they have separate densities then the planets would have.

Full density: G x D(of material)
* Gravity average of small stars: 146563131054 Gs/in4
* Density average of gases small stars: 263813635897 Gs/in4

FD = 3.8665352e+22
* Total Mass = 3.8665352e+22(Density (Gs/in4)) x 2.072386e+24 (Volume) = 8.0129534e+46

* Mass of the average small star: **8.0129534e+46 Gs4**. SO this would be the minimum

Using this knowledge we can use this as a base for larger stars.

* Medium stars 3x more massive then small stars, making it **2.403886e+47 Gs4**. So this would be the average for stars in general.

* Large stars would be 5x more massive then medium stars, making it **1.201943e+48 Gs4**. So this is the limit for the mass of a star before exploding.