The chemical formula of ammonium nitrite is NH4NO2; the molecular mass is 64,06 grams.
Ammonium chloride has the formula of NH4Cl. Thus, in each mole there are 4 moles H, 1 mole N and 1 mole Cl for a total of 6 moles of atoms. Then 6.02x10^23 atoms/mole x 6 moles = 3.6x10^24 atoms.
One-half of Avogadro's Number, or about 3.011 X 1023.
1 mole of ammonium nitrate produces one mole of nitrogen. Actually the amount (in moles) of nitrogen will depend on how much NH4NO3 you are starting with, what other reactant you are combining it with and whether or not the NH4NO3 completely reacts. Since you will never be able to retrieve all of the nitrogen (either the NH4 or the NO3 will retain some nitrogen depending upon the reaction), you can reasonably expect to get 1 mole of N2 for each 14.01 grams of Ammonium nitrate that COMPLETELY reacts.
Here I'll show you how to do it so that you are able to another one. NH4 = Ammonium NO3 = Nitrate Simple. Memorize your polyatomic ions. It REALLY helps. It is ammonium nitrate.
(NH4)2SO4 two nitrogen = 28.02 grams eight hydrogen = 8.064 grams one sulfur = 32.07 grams four oxygen = 64 grams =========================add = 132.154 grams per mole ----------------------------------
Tungsten is an element with the symbol W, not a compound so no. It should be Ammonium Pernitrate. By the way, it's not very common which is why there's not much mention on it. Just refrain from calling it Ammonium tetranitrate etc like many people do.
Ammonium chloride has the formula of NH4Cl. Thus, in each mole there are 4 moles H, 1 mole N and 1 mole Cl for a total of 6 moles of atoms. Then 6.02x10^23 atoms/mole x 6 moles = 3.6x10^24 atoms.
One mole of ammonium nitrate is equal to its molar mass, which is approximately 80.04 grams. This quantity represents Avogadro's number of individual ammonium nitrate molecules.
One-half of Avogadro's Number, or about 3.011 X 1023.
The enthalpy change for the dissolution of one mole of ammonium nitrate is approximately +26.7 kJ/mol. This value represents the energy absorbed during the process of dissolving ammonium nitrate in water.
The formula for ammonium carbonate is (NH4)2CO3. In one mole of ammonium carbonate, there will be two moles of nitrogen, eight moles of hydrogen, one mole of carbon, and three moles of oxygen. There are 6.02x1023 atoms per mole. So, for one mole of ammonium carbonate there are: 2 mol N * 6.02x1023 atoms per mole = 1.20x1024 atoms of nitrogen 8 mol H * 6.02x1023 atoms per mole = 4.82x1024 atoms of hydrogen 1 mol C * 6.02x1023 atoms per mole = 6.02x1023 atoms of carbon 3 mol O * 6.02x1023 atoms per mole = 1.81x1024 atoms of oxygen
1 mole of ammonium nitrate produces one mole of nitrogen. Actually the amount (in moles) of nitrogen will depend on how much NH4NO3 you are starting with, what other reactant you are combining it with and whether or not the NH4NO3 completely reacts. Since you will never be able to retrieve all of the nitrogen (either the NH4 or the NO3 will retain some nitrogen depending upon the reaction), you can reasonably expect to get 1 mole of N2 for each 14.01 grams of Ammonium nitrate that COMPLETELY reacts.
One mole of Oxalic Acid and 2 moles of Ammonium Hydroxide forms one mole Ammonium Oxalate and 2 moles of Water molecul. (COOH)2 + 2 NH4OH ---------> COONH4 - COONH4 + 2 H2O
yes it contains two moles of nitrogen because NH4NO3 has two nitrogen therefore it equals to 2 moles on nitrogen.
Here I'll show you how to do it so that you are able to another one. NH4 = Ammonium NO3 = Nitrate Simple. Memorize your polyatomic ions. It REALLY helps. It is ammonium nitrate.
(NH4)2SO4 two nitrogen = 28.02 grams eight hydrogen = 8.064 grams one sulfur = 32.07 grams four oxygen = 64 grams =========================add = 132.154 grams per mole ----------------------------------
One mole contain the molar mass of a compound, expressed in grams.