3 ms·
What about it? Reduce the problem down to: "how much longer should I wait to move up the line one place?" If that time interval follows an exponential distrib
by jimmyvalmer 7y ago
What about it?
Reduce the problem down to: "how much longer should I wait to move up the line one place?" If that time interval follows an exponential distribution, then no amount of time elapsed will help you make that decision.
- sturza 7y agoIf you can quantify the time you spend on this activity and the value you get, it seems that the value only decreases over time. (If you count time "left" as your only currency)
- jimmyvalmer 7y agoSunk cost fallacy. Look it up. Your future value of waiting does not change with time.