🎈spaceship spreadsheet party🎉

	A	B	C	D	F	G	H	I	J	K	L	M	O	P	Q	R
1	Welcome to the 🎈 spreadsheet party where we try to build an exponentially growing renewable energy source, escape doom, win the Carbon XPRIZE, go to the Moon, build an equitable society and colour spaceships!										🎈
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4			www.howtobuildaspaceship.com
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6			Please share your comments or request to join the party as an editor!
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9			This area is for fun math only:
10
11	RING DESIGN
12
13		centripetal acceleration
14		a = v²/r
15		a =	9.81	m/s²
16
17		r =	1000	m
18		v =	99.0	m/s
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20
21		max	1	rpm
22		T =	60	seconds	63.4	seconds
23
24		r =	894.3	m
25
26	REFERENCE AREA											https://en.wikipedia.org/wiki/Artificial_gravity
27
28	medium density housing area
29	1510	m²	1000	m² floor area
30	8	homes	800	m² green space
31	24	people
32
33	nice park
34	30,000	m²
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36
37
38
39
40	HABITAT
41		10,000	people
42	home	629,353	m²
43	admin / commerce	629,353	m²
44	nature	629,353	m²
45	food / materials	629,353	m²
46		2,517,413	m²		3,141,593	m²
47					3.14	km²
48					π	km²
49	width	500	m
50	radius	1000	m
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52
53
54
55	10,000,000,000	people
56	1,000,000	habitats			3141592653590	m²
57					3,141,593	km²										6283.185307
58					2.11%	of continental earth
59	thickness	50	m
60
61		161,006,623	m³ of carbon fibre		v
62		2000	kg/m³
63		322013246993	kg
64		322,013,247	tonnes			43,000,000,000	tonnes emitted in 2020
65			equal mass as sacrificial rock for micro-metorites
66			equal mass for biologicals, buildings, systems, infrastructure et cetera
67	solar energy potential
68	1.362	kW/m²
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70
71												carbon	silicon
72	iron, aluminum for magnetic field generation											iron	aluminum
73												nitrogen	water	hydrogen	oxygen
74	50	μT										phosphorus
75												potassium
76	10	μT for an induction cooktop										sulphur
77	0.09	m²	3	kg								trace elements
78
79	9,424,778	m² surface area
80
81	1,570,796,327	kg
82	1,570,796	tonnes of iron, aluminum (50/50)
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84
85	glass
86	cellulose
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88
89	ENERGY
90
91	embodied				launch
92	iron	40	MJ/kg		30	MJ/kg to get into earth orbit
93	carbon fibre	200	MJ/kg		45	MJ/kg to get to moon?
94	aluminum	200	MJ/kg						2.38	km/s moon escape velocity
95	glass	20	MJ/kg		10	MJ/kg to get into moon orbit			2.8	MJ/kg	?
96	solar collectors	20	MJ/kg
97					120	MJ/kg [liquid] hydrogen
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99
100	HABITAT ENERGY REQUIREMENT							Totals	1,000,000