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In the equation N2+3H2=2NH3, the amount of ammonia produced from 50g of N would be 16.667g.
Nitrogen-fixing bacteria do reduce the amount of nitrogen in the atmosphere by converting N2 into ammonia.
This is a very convenient method but its use is restricted.This method is suitable for estimating nitrogen in those organic compounds in which nitrogen is linked to carbon and hydrogen. The method is not used in the case of nitro, azo and azoxy compounds. The method is extensively used for estimated nitrogen in food, fertilizers and agricultural products.Principle:- the method is based on the fact that when the nitrogenous compound is heated with concentrated sulphuric acid in presence of copper sulphate, the nitrogen present in the compound is quantitatively converted to ammonium sulphate. The ammonium sulphate so formed is decomposed with excess of alkali and the ammonia evolved is estimated volumetrically. The percentage of nitrogen is then calculated from the amount of ammonia.
Stoichiometry relates moles of reactant to moles of product, so if you have the amount of reactant in the equation, you can calculate the amount of product produced.
The mixture ignites. If there is an excessive amount of chlorine, then the highly explosive compound Nitrogen trichloride is also formed.
Ammonia, nitrates, nitrites
17g/mol to calculate it out. you have to times the Average atomic mass (amu) but the amount of atoms. so nitrogen: 14*1 and hydrogen: 1*3. then add them together. it comes out to 17, so you put that into g/mol. and there you have 17g/mol.
First you need to find the atomic masses of each element involved in the compound NH3, and add them up to find the total molecular mass of ammonia.Nitrogen = 14.0 gramsHydrogen = 1.01 × 3 atoms = 3.03 grams----------------------------------------------------Ammonia = 17.03 gramsThen you take the mass of nitrogen in one molecule and divide it by the total mass to find the percent composition.14.0 grams Nitrogen ÷ 17.03 grams Ammonia = .822 = 82.2% nitrogen in ammoniaThen you simply need to take 82.2% of 7.5 grams to find how much nitrogen is in that particular amount.82.2% × 7.50 = 6.17 grams of nitrogen in 7.50 grams of ammonia
nun u retardd
That amount of ammonia contains two moles of hydrogen gas. One mole of hydrogen gas weighs 2.016 grams. Therfore 3.75 grams of ammonia contains two moles of hydrogen.
E = mc^2
The first thing to understand is that you normally do not have ammonia in your urine. Ammonia is produced by the break down of nitrogen compounds, such as uric acid in urine, by bacteria. So, unless you have a major urinary tract infection there is no ammonia present. Any that is produced is pretty minimal. I think to get a high enough concentration to really cause problems you would have to collect a undiluted amount of urine, allow bacteria to do their thing for a while, then add bleach. Just peeing in the toilet containing bleach isn't going to do it.