The atmosphere doesn't produce any sulphur dioxide. It receives a fair bit from various human activities though.
statues and many buildings in areas close to cities, acid rain is not so common in the countryside as it is created by sulphur in fossil fuels and when the fuel is burnt it creates sulphur dioxide which is in aid rain there are not as many cars in the country side i.e. there's not as much sulphur dioxide meaning not as much acid rain.
67%
Too much sulphur in the fuel you are using. Buy gas from a different dealer and drive at least 100 niles or more. The excess sulphur is being oxidized by the catalytic converter into sulphur dioxide (rotten eggs).
It depends how much sulphur dioxide you have. If you mean how many atoms does a sulphur dioxide molecule have the answer is 3. 1 sulphur and 2 oxygen atoms.
This depends on the chemical composition of the hydrocarbon.
In 1992, around 70 million tons of sulfur dioxide (SO2) emissions were produced globally.
Plants absorb about 25 of the carbon dioxide emissions produced by human activities each day.
Finding/using fuels with a lower sulphur content would be a large step. Technology to capture sulphur dioxide from combustion byproducts would be a second large step. Finding an economical use for for the captured byproducts would make the second step much more attractive to those who produce sulphur dioxide.
It breaks down 5 times quicker than 'normal diesel and it burns much more cleanly producing very little sulphur dioxide.
The eruption, by some estimates, produced about 140 million cubic meters or ash.
As compared to other fuels, Diesel has much more quantity of sulphur and the quantity of sulphur ranges from 50 ppm - 85 ppm.