% of A = (mass of A in 1 mole of the compound/Mass on one mole of the compound) x100
Na + SO4 à Na₂SO₄
Molar Mass of Na₂SO₄ = 142
Molar Mass of S = 32
% A = (32/142) x100
= 22.6%
The percentage composition of amonium sulfate is:- Nitrogen: 21,21 %- Hydrogen: 6,06 %- Sulfur: 24,24 %- Oxygen: 48,48 %
21.95%
Sulfur is an element, a pure substance, it is 100% sulfur.
Sodium and sulfur make sodium sulfide together. 2Na+ (2 cations) and S2- (anion) make Na2S (compound)
A hydrate either means that it contains hydrogen or that it contains water. Either way, the answer is no. It is comprised of sodium, sulfur, and oxygen. However, it is possible to make hydrates of sodium sulfate.
it so very easy you can answer that joke the answer is percent of sulfur in ammonium sulfate
The percentage composition of amonium sulfate is:- Nitrogen: 21,21 %- Hydrogen: 6,06 %- Sulfur: 24,24 %- Oxygen: 48,48 %
21.95%
When an organic compound is heated strongly with sodium, any halogens, nitrogen, and sulfur will be converted into inorganic sodium salts such as sodium halide (for halides), sodium cyanide(for nitrogen), sodium sulfide (for sulfur), and sodium thiocyanate (for sulfur and nitrogen).The nitrogen is confirmed with ferrous sulfate i.e. iron sulfate.
21.95%
We refer to "molecules" of sodium sulfate as formula units. The formula is Na2SO4. The molar mass is 142 g/mole. And sulfur (S) is 32 out of the entire 142 g. So, percent sulfur is 32/142 (x100%) = 22.5%
Sulfur is an element, a pure substance, it is 100% sulfur.
Sodium and sulfur make sodium sulfide together. 2Na+ (2 cations) and S2- (anion) make Na2S (compound)
Add up the compound's molar mass: Na=2(23), S=1(32), O=4(16). Sum is 142. Oxygen's part of that total is 64 (16x4). Percent is part/total, so 64/142 = 0.4507 = 45.1%.
A hydrate either means that it contains hydrogen or that it contains water. Either way, the answer is no. It is comprised of sodium, sulfur, and oxygen. However, it is possible to make hydrates of sodium sulfate.
According to me, Sulfur trioxide (SO3) can replace chlorosulfonic acid to prepare sodium lauryl sulfate.
Dehydrated copper sulfate contains approximately 12.8% sulfur by weight.