None.
There are only trace amounts of sulphur on Jupiter and as suplhur is heavier than hydrogen, it isn't located in its upper atmosphere.
it's much colder on jupiter.
17 million
Jupiter has a mass about 318 times larger than the Earth
On Jupiter, you'd weigh 187.20 pounds.
it has .10% to .15% of oxygen levels not much, but it has some.
Yes, very much harmful.
a ml of 36n or 18m sulphuric acid should weigh approx 1.84g. This is because conc sulphuric acid's density is 1.84g/ml
I guess that depends on what you plan to do with it.
train contain to much static electricity due to its metallic body but trucks a truck discharges the static electricity to the earth, so if sulphuric acid is transported by train that would cause an explosion due the reaction of sulphuric acid and static electricity
train contain to much static electricity due to its metallic body but trucks a truck discharges the static electricity to the earth, so if sulphuric acid is transported by train that would cause an explosion due the reaction of sulphuric acid and static electricity
The acid in a battery is sulphuric acid. It is highly corrosive and hazardous to touch. Acid spills must be carefully cleaned with products which neutralize the acid. Personal protective wear, at a minimum gloves and face protection, should be worn when cleaning acid spills.
1,000,000 grams of sulphuric acid. one mole of sulphuric acid is 94.1 grams 1,000,000 divided by 94.1 is 10627 if you take two of this amount to make the sulphur multiplyable we get 10625 we then do 10625 X (H4S2O8) which gives us S21250 21250 divided by 32.1 (mass of sulphur) equals 662 there are 662 grams of sulphur in one tonne of sulphuric acid.
you can add as much as you want as long as you add enough copper oxide. Hope this Helped you! :-)
1.5dm-3 1.5x0.002=0.003m sulphuric acid 0.003m/5m = 6x10-4 0.0006dm-3 0.6cm3 of acid
Sulphuric Acid requires, I believe 27.2ml to make a 1N solution.
It depends on the concentrations (H2SO4 at 1.5M is considered corrosive). Assuming however that the two solutions are of the same concentrations, the answer would be sulpuric acid. Apart from causing acid burns, H2so4 (Sulphuric Acid) reacts exothermically with water. As you probably know, the human body is composed much of water, so apart from just acid burns, thermal burns are also likely to be inflicted on the poor person.
Coal is of many types. One of them is bituminous coal. When it is burned, it releases very much sulphur gas. This gas combines with the water vapour to form sulphuric acid. It comes down as acid rain.