Mathematicians are taught to be elastic with notation, because they tend to be taught many different interpretations of the same theory.
On the other hand engineers use more strict and consistent notation, their classes have a more practical approach.
Using the same notation makes it faster to read and apply math, a more agile approach helps with learning new theories and approaches and with being creative.
It's 741 million right now, and to be fair about 91.8% of the population lives outside Europe.
Then again how many of those people would be in the market for a fairphone anyways? Can we include China and India? Not sure if the Chinese government would see kindly to the fairphone (maybe I don't know) and Indians would probably be outside the target since the fairphone is rather expensive (or maybe not I'm not sure)
I think that was the right approach, then again didn't you have through a pull request or at least a code review? Knowing that would give raise to so many "errors" you should have had some sort of communication beforehand.
I don't blame you, more the workflow and ironically the manager
Exactly, also electricity from fossil fuels is still cleaner, the process at the plant is way more efficient and way more scrutinized (check every car and every producer and every user or check plants, which works best?)
I want public transport more than anything, but where I live there's little to none, I can't do anything about that other than voting for parties that apparently have little chance to win. What I can do is buy an electric car, sue me.
Mathematicians are taught to be elastic with notation, because they tend to be taught many different interpretations of the same theory.
On the other hand engineers use more strict and consistent notation, their classes have a more practical approach.
Using the same notation makes it faster to read and apply math, a more agile approach helps with learning new theories and approaches and with being creative.