Egad. "Moho" is a real word
Posted: 05 Jun 2006, 06:05
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but...FizWizz wrote:nope, they're just E=mc^2-rific, although the amount of energy you have to put into these metal makers is nowhere near what you'd really need to get that much metal out of them. That and the mode of action is mysterious. So yeah, Magic x2
Fair enough, although that would mean solar collecters pick up a ton of sun.FireCrack wrote:but...FizWizz wrote:nope, they're just E=mc^2-rific, although the amount of energy you have to put into these metal makers is nowhere near what you'd really need to get that much metal out of them. That and the mode of action is mysterious. So yeah, Magic x2
Seing we dont have any other determination of what 1 unit of metal and 1 unit of energy is we use the metal makers to determine a correlation between the two.
God plays TA?Zoombie wrote:I actually belive that the creater of the word Moho went FORWARDS in time and stole it from TA. Why? Cuase he had played it before (in the future that is) and loved the game, but wanted to steal the name. Why?
I don't know.
Any one else think Egads is a really cool word?
Yes. Yes I doZoombie wrote:Any one else think Egads is a really cool word?
http://en.wikipedia.org/wiki/E%3Dmc%C2%B2#Practical_examples wrote: Practical examples
A kilogram of mass completely converts into
89,875,517,873,681,764 joules (exactly) or
24,965,421,632 kilowatt-hours or
21.48076431 megatons of TNT
approximately 0.0851900643 Quads (quadrillion British thermal units)
It is important to note that practical conversions of "mass" to energy are seldom 100 percent efficient. One theoretically perfect conversion would result from a collision of matter and antimatter; for most cases, byproducts are produced instead of energy, and therefore very little mass is actually converted. For example, in nuclear fission ca. 0.1% of the mass of fissioned atoms is converted to energy. In turn, the mass of fissioned atoms is only part of the mass of the fissionable material: e.g. in a nuclear fission weapon, the efficiency is 40% at most. In nuclear fusion ca. 0.3% of the mass of fused atoms is converted to energy.
In the equation, mass is energy, but for the sake of brevity, the word "converted" is used; in practice, one kind of energy is converted to another, but it continues to contribute mass to systems so long as it is trapped in them (active energy is associated with mass also, as seen by single observers). Thus, the total mass of any system is conserved and remains unchanged (for any single observer) unless energy (such as heat, light, or other radiation) is allowed to escape the system. In any cases, the use of the phrase "converted" is intended to signify energy which has gone from passive potential energy, into heat or kinetic energy which can be used to do work (as in a nuclear reactor or even in a heat-producing chemical reaction).
I always assumed that metal makers fused smaller nucleii into useful metal...ie taking nitrogen from the atmosphere and turning it into metal. I think thisn would be realistic with modern technology given an incentive to develop it, and would require a lot of energy, but nowhere near e=mc^2SinbadEV wrote:http://en.wikipedia.org/wiki/E%3Dmc%C2%B2#Practical_examples wrote: Practical examples
A kilogram of mass completely converts into
89,875,517,873,681,764 joules (exactly) or
24,965,421,632 kilowatt-hours or
21.48076431 megatons of TNT
approximately 0.0851900643 Quads (quadrillion British thermal units)
It is important to note that practical conversions of "mass" to energy are seldom 100 percent efficient. One theoretically perfect conversion would result from a collision of matter and antimatter; for most cases, byproducts are produced instead of energy, and therefore very little mass is actually converted. For example, in nuclear fission ca. 0.1% of the mass of fissioned atoms is converted to energy. In turn, the mass of fissioned atoms is only part of the mass of the fissionable material: e.g. in a nuclear fission weapon, the efficiency is 40% at most. In nuclear fusion ca. 0.3% of the mass of fused atoms is converted to energy.
In the equation, mass is energy, but for the sake of brevity, the word "converted" is used; in practice, one kind of energy is converted to another, but it continues to contribute mass to systems so long as it is trapped in them (active energy is associated with mass also, as seen by single observers). Thus, the total mass of any system is conserved and remains unchanged (for any single observer) unless energy (such as heat, light, or other radiation) is allowed to escape the system. In any cases, the use of the phrase "converted" is intended to signify energy which has gone from passive potential energy, into heat or kinetic energy which can be used to do work (as in a nuclear reactor or even in a heat-producing chemical reaction).
first of all, those solar collectors are larger then a commander... so they are big... second, the process of metal making might not be entirely synthesys... it could be a very complicated form of fission, converting any available resources into other metals.
also, on the subject of scale, you get about 50 units of energy from an entire tree... if this is a direct matter to energy conversion with even signifigant loss... making 50 units of energy represent an awful lot of energy.
another thing is the whole "nano-tech" factor here... I think we have plenty of fudge factor to go around to allow any kind of tech we want to add to our mods...
I now understand why the really REALLY tech level 3 extractors in KuroTA were called "Sub-Mantel Extractors" however.