Write the charge balanced products and balance the equation for the double replacement reaction of the reactants CuNO3 and PbO ?
(Note: Coeffecient 1's are implied)
a.2 CuNO3 + PbO = P6(N03)2 + Cu20
b.CuNO3+ PbO = Pb(NO3) + CuO
c.CuNO3 + PbO = PbNO3 + Cu20
d.2 CUNO3 + PbO = 2PbNO3 + Cu20
e. None of these
d. 2 CuNO3 + PbO = 2 Pb(NO3)2 + CuO
Which formula shown is incorrect for the name given?
As an AI language model, I do not have access to the formulas or names to make a comparison. Please provide the formulas and names for me to help you answer your question.
To determine the charge balanced products and balance the equation for the double replacement reaction of the reactants CuNO3 and PbO, we need to follow a few steps:
1. Write the reactants and products: The reactants are CuNO3 (copper(II) nitrate) and PbO (lead(II) oxide). The products will consist of the cation from the first reactant combining with the anion from the second reactant and vice versa.
CuNO3 + PbO → ? + ?
2. Identify the ions and their charges: CuNO3 is composed of the Cu2+ cation and the NO3- anion, while PbO is composed of the Pb2+ cation and the O2- anion.
3. Determine the products by swapping the ions: The Cu2+ cation will combine with the O2- anion to form CuO (copper(II) oxide). The Pb2+ cation will combine with the NO3- anion to form Pb(NO3)2 (lead(II) nitrate).
CuNO3 + PbO → CuO + Pb(NO3)2
4. Balance the equation: To balance the equation, ensure that the number of atoms of each element is the same on both sides of the equation.
2 CuNO3 + PbO → CuO + Pb(NO3)2
Therefore, the correct answer is option d. 2 CuNO3 + PbO = 2Pb(NO3)2 + CuO.