Ammonia is NH3, so that's 14 + 3, which is 17.
Ammonia is a compound. We cant give a atomic number.
Ammonia doesn't have an atomic mass as such (from a practical chemistry point of view), because it is a molecular compound comprised of one nitrogen atom and three hydrogen atoms.The atomic mass of an element is the number of protons and neutrons (you should really include the electrons as well which is why the atomic masses on you periodic table have some decimal points) in the nucleus of an atom, so H has an atomic mass of 1 (because the nucleus is a single proton) and N has the atomic mass of 15.(As an aside don't confuse atomic mass with atomic number, which is just the number of protons in the nucleus (7 for nitrogen). Look at a periodic table and you'll soon see which is which.)So, you could say that the "atomic mass" of ammonia (NH3) is the sum of its constituent atoms i.e. 18, but that isn't really very useful in my experience.What might be more practically useful is to understand how this relates to the "molar mass" of ammonia, which is the mass of 1 mol of ammonia. 1 mole of any compound (or element) contains EXACTLY 6.02 x 10^23 molecules. That can be calculated by adding up the atomic masses of your compound. E.G. 1 mole of N will have a mass of 15 metric grams. 1 mole of hydrogen will have a mass of 1 gram (see where this is going?!)Interestingly, whilst 1 mole of hydrogen would mass only a single gram, 1 mole of lead would mass over 200g even though they contain the EXACT SAME NUMBER OF ATOMS!!
Ammonia is a tetra atomic gas.
Ammonia is not a element.It is a compound.
The formula for ammonia is NH3, and to a reasonable approximation, the atomic weight of hydrogen is 1 and that of nitrogen is 14. Therefore, the % hydrogen = 100(3/17) = 18 %.
Ammonia is a compound. We cant give a atomic number.
Ammonia doesn't have an atomic mass as such (from a practical chemistry point of view), because it is a molecular compound comprised of one nitrogen atom and three hydrogen atoms.The atomic mass of an element is the number of protons and neutrons (you should really include the electrons as well which is why the atomic masses on you periodic table have some decimal points) in the nucleus of an atom, so H has an atomic mass of 1 (because the nucleus is a single proton) and N has the atomic mass of 15.(As an aside don't confuse atomic mass with atomic number, which is just the number of protons in the nucleus (7 for nitrogen). Look at a periodic table and you'll soon see which is which.)So, you could say that the "atomic mass" of ammonia (NH3) is the sum of its constituent atoms i.e. 18, but that isn't really very useful in my experience.What might be more practically useful is to understand how this relates to the "molar mass" of ammonia, which is the mass of 1 mol of ammonia. 1 mole of any compound (or element) contains EXACTLY 6.02 x 10^23 molecules. That can be calculated by adding up the atomic masses of your compound. E.G. 1 mole of N will have a mass of 15 metric grams. 1 mole of hydrogen will have a mass of 1 gram (see where this is going?!)Interestingly, whilst 1 mole of hydrogen would mass only a single gram, 1 mole of lead would mass over 200g even though they contain the EXACT SAME NUMBER OF ATOMS!!
Ammonia is a tetra atomic gas.
Ammonia is not a element.It is a compound.
The formula for ammonia is NH3, and to a reasonable approximation, the atomic weight of hydrogen is 1 and that of nitrogen is 14. Therefore, the % hydrogen = 100(3/17) = 18 %.
The calculation is: Moles = Mass / Atomic Mass Moles = 0.085 / 17 Moles = 0.005 Atomic mass is 17 because ammonia is NH3, with N = 14, and H = 1. 14 + 1 + 1 + 1 = 17.
Ammonia = NH3 Ammonium = NH4
Commercially it is profuced by haber method.Nitrogen is reacted with hydrogen
Ammonia contains about 82.35 % nitrogen by mass.
The molecular mass of ammonia (NH3) is 18.03 grams/mole
The mass of ammonia is 339,7 g.
Atomic no.=no. of protons Atomic mass=no. of protons+no. of neutrons Hence, atomic mass is greater