Мастер wrote:I have a really hard time trying to come up with reasons why that's close . . .
Мастер wrote:
Lianachan wrote:Мастер wrote:
The top axis is the day of the working week, the lower axis is the number of impossible things I still have to complete that week and the Y axis is the number of fucks I give about it all?
tubeswell wrote:Lianachan wrote:Мастер wrote:
The top axis is the day of the working week, the lower axis is the number of impossible things I still have to complete that week and the Y axis is the number of fucks I give about it all?
I vote for this!
Arneb wrote:Would it be too much of a giveaway to tell us which unit the y axis has?
Arneb wrote:OK, let's try Big.
The numbers on the lower x-axis are billions of years, while the numbers on the upper one represent Ages of the Earth. Maybe the question mark is during the putative Snowball Earth period, and the red and green linees represent estimates of atmospheric oxygen content, conveniently converging at the just over 20 % mark we are seeing in the current era. The border between epochs 4 and 5 would then be the Precambiran/Cambrian transition, at a something like .55 Gy ago. And the "recent" spike would be some time during Cretacious, when, as I seem to recall foggily, there was a spike in atmospheric O2 reaching almost 40 %.
Does that even make sense?
Arneb wrote: there was a spike in atmospheric O2 reaching almost 40 %.
Lance wrote:Arneb wrote: there was a spike in atmospheric O2 reaching almost 40 %.
When the bugs got REAL BIG!
Arneb wrote:Lance wrote:Arneb wrote: there was a spike in atmospheric O2 reaching almost 40 %.
When the bugs got REAL BIG!
Yeah, they had dragonflies with one mete wingspans back then, and now that you've mentioned it, I think their existence was attributed to the high oxygen concentrations in the Cretaceous. Must have made for nice wildfires, too.
Мастер wrote:Is the horizontal axis age, and the vertical axis heart rate?
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