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One thing I find handy for visualizing large quantities is to imagine it as a giant cube. 28 trillion tonnes of ice is a cube measuring 31 km on each side. ³√(
by jml7c5 6y ago
One thing I find handy for visualizing large quantities is to imagine it as a giant cube. 28 trillion tonnes of ice is a cube measuring 31 km on each side.
³√(28ᴇ15 kg / 916.8 kg/m³) ≈ 31 km
Though even this technique falls down in the face of such a massive number. It works better with lengths < 750m, which are just small enough to imagine inside one's regular environment. Things like yearly production of steel (a cube 616 m on each side) or copper (cube 140 m on each side). It's particularly effective if you like golfing and can recall the distances on a course you've played.
- Treblemaker 6y agoDid you mean 28E12?
- adaml_623 6y agoHe was working in SI units I imagine so kg rather than ton. Trillion is 10^12 so 10^15kg
- adaml_623 6y agoFor things on the planetary surface I find it's useful to visualise a flatter shape. In this case I go for a 10 meter thick square that's 1700km on each side. So Antarctica is about 5000km across. That's a lot of ice.