Per this Wikipedia article, the average human is about 65% oxygen, 19% carbon, and I’m going to ignore the rest.
Per Wolfram Alpha, a typical cubic meter of air has 270 grams oxygen and 160 grams carbon. Comparing to the ratios above, oxygen is the limiting factor.
One Riker (80 kg) requires all the oxygen from (80 kg x 65%) ÷ 0.27 kg/m^3 = 192 m^3 of air. So if you beam Thomas Riker into a very large living room (8 x 8 x 3 = 192 m^3), it would have enough atoms to build his body, but then he’d asphyxiate because all the oxygen was used up. That said, a tennis court (~800 m^3) would be sufficient.
Okay, now I have to actually do the math.
Per this Wikipedia article, the average human is about 65% oxygen, 19% carbon, and I’m going to ignore the rest.
Per Wolfram Alpha, a typical cubic meter of air has 270 grams oxygen and 160 grams carbon. Comparing to the ratios above, oxygen is the limiting factor.
One Riker (80 kg) requires all the oxygen from (80 kg x 65%) ÷ 0.27 kg/m^3 = 192 m^3 of air. So if you beam Thomas Riker into a very large living room (8 x 8 x 3 = 192 m^3), it would have enough atoms to build his body, but then he’d asphyxiate because all the oxygen was used up. That said, a tennis court (~800 m^3) would be sufficient.
‘Riker’ is officially a unit of measurement now.