2 ms·
If the last 1% is as hard as the previous 99% then they are not at 99% but at 50% ;=) It's just that a part much larger then 1% of the way is perceived to be j
by dathinab 5y ago
If the last 1% is as hard as the previous 99% then they are not at 99% but at 50% ;=)
It's just that a part much larger then 1% of the way is perceived to be just 1%. I.e. there is a insane lot of hidden complexity generally/often overlooked.