4 ms·
2^x disagrees with you. Less snarky though; the phrase "forever" still implies a long horizon of exponential growth. The reality is that exponential spread of
by spywaregorilla 5y ago
2^x disagrees with you.
Less snarky though; the phrase "forever" still implies a long horizon of exponential growth. The reality is that exponential spread of disease rapidly drops down much earlier than most people assume. Far far below 100% of the population.
- jacquesm 5y agoMathematical concepts do not translate into the real world, it's that pesky little difference between theory and practice. You'll never run out of numbers but you will run out of everything else and usually a lot sooner than you think. edit: you probably should mark your edits if they materially alter your comment after someone has already replied.