Question
copper is a product of the reaction that occurs when dry ammonia is passed over a sample f heated copper(2) oxide.The equation for the reaction is given: 2NH3+3CuO=3Cu+3H2O+N2
Calculate the mass of copper produced if 0.12dm^3 of nitrogen is produced at room temperature and pressure(rtp)
(relative atomic mass of Cu=64; one mole of gas occupies 24dm^3 at rtp)
Calculate the mass of copper produced if 0.12dm^3 of nitrogen is produced at room temperature and pressure(rtp)
(relative atomic mass of Cu=64; one mole of gas occupies 24dm^3 at rtp)
Answers
0.12 dm^3 x (1 mol/24 dm^3) = ? mols N2
mols Cu = ? mols N2 x (3 mols Cu/1 mol N2) = ?
Then g Cu = mols Cu x atomic mass Cu = ?
mols Cu = ? mols N2 x (3 mols Cu/1 mol N2) = ?
Then g Cu = mols Cu x atomic mass Cu = ?
Red
Related Questions
what is produced when copper sulphate solution is mixed with ammonia solution?
Either copper(II) hy...
ammonia gas reacts with copper (ii) oxide at high temperatures to produce elemental nitrogen, copper...
The decomposition of ammonia on a platinum surface at 1129 K occurs according to the
following reac...
4NH3 + 5O2 = 4NO + 6H2. The gas-phase reaction between ammonia and oxygen occurs only at high temper...