Post by FullBorg on Oct 22, 2003 5:14:19 GMT -5
After a think and a debate about it, I have concluded that the Coruscant population figure given by WEG (650 billion, according to Shadowdragon), is at least ONE HUNDRED TIMES too small.
With my overall point stated, I will now back it up.
Data:
1. Coruscant's mean diameter is r = 8800 km(rounding down to nearest hundred km, from Galaxy Guide 2).
2. Shadowdragon concurred with my assertion that, since that the planet wide city is at least as built up, on average, as Hong Kong (possibly the mostly densely populated urban area on Earth), the global average population density is at least 98,000 people per square kilometre (9.8E4 people/km^2).
Intermediate conclusions:
1. Planetary surface area: Since Coruscant is, on average, spherical, we can find the surface area of the planet as 4 pi r^2
Coruscant area = 973138918.4 km^2, or, rounding down to 4 significant figures, it is 9.731E8 km^2.
2. The planet is at least 90% urbanised (the planetary city appears to completely cover the planet when viewed from orbit), giving a surface area in use of at least 8.756E8 km^2.
Final conclusion:
Planetary population = surface area in use * average population density
= 8.756E8 km^2 * 9.8E4 people / km^2
= 8.580E13 people - roughly 85 trillion people, only assuming the planet is as densely populated as Hong Kong.
I must emphasise, since I've used lower estimates and have rounded down throughout, the population estimate above is a lower limit - Coruscant's population is somewhere above that figure, but we do not know how far.
Logistics etc coming up in future posts to this thread.
With my overall point stated, I will now back it up.
Data:
1. Coruscant's mean diameter is r = 8800 km(rounding down to nearest hundred km, from Galaxy Guide 2).
2. Shadowdragon concurred with my assertion that, since that the planet wide city is at least as built up, on average, as Hong Kong (possibly the mostly densely populated urban area on Earth), the global average population density is at least 98,000 people per square kilometre (9.8E4 people/km^2).
Intermediate conclusions:
1. Planetary surface area: Since Coruscant is, on average, spherical, we can find the surface area of the planet as 4 pi r^2
Coruscant area = 973138918.4 km^2, or, rounding down to 4 significant figures, it is 9.731E8 km^2.
2. The planet is at least 90% urbanised (the planetary city appears to completely cover the planet when viewed from orbit), giving a surface area in use of at least 8.756E8 km^2.
Final conclusion:
Planetary population = surface area in use * average population density
= 8.756E8 km^2 * 9.8E4 people / km^2
= 8.580E13 people - roughly 85 trillion people, only assuming the planet is as densely populated as Hong Kong.
I must emphasise, since I've used lower estimates and have rounded down throughout, the population estimate above is a lower limit - Coruscant's population is somewhere above that figure, but we do not know how far.
Logistics etc coming up in future posts to this thread.