2 ms·
This has the same effect on me as writing out all the zeros in larger numbers, rather than in scientific notation, and then zooming in to see only about 3 zeros
by jmpeax 13y ago
This has the same effect on me as writing out all the zeros in larger numbers, rather than in scientific notation, and then zooming in to see only about 3 zeros at the same time and asking me to scroll through them.
Even without the horrible "zoom in", the size loses meaning and I can't tell how big it is, because humans think in logarithmic scales. I can't really estimate the difference in size by glancing at the number of zeros written out for 10^27 or 10^80 (maybe unless they were above and below each other, and then I would say it's between 2 and 3 times difference in orders of magnitude... again logarithmic thinking!). One is the number of atoms in the human body, the other is the number of atoms in the observable universe, so the difference really can't be appreciated by glancing at the number of zeros.
Given me logarithmic scales for comparing and estimating sizes any day.
- adnrw 13y agoI found this really helpful insofar as grasping orders of magnitude of big numbers: 1 thousand seconds is 16.7 minutes 1 million seconds is 11.6 days 1 billion seconds is 31.6 years In my mind the difference between a million and a billion seemed somewhat tangible before hearing this. With that comparison, a billion seems so much more.
- lutusp 13y ago> In my mind the difference between a million and a billion seemed somewhat tangible before hearing this. With that comparison, a billion seems so much more. Another way to think about these scaling ratios is to realize that a billion is a thousand times larger than a million. Billion = 10^9 Million = 10^6 9 - 6 = 3. 10^3 = 1000