2NaOH + CuCl2 → Cu(OH)2 + 2NaCl What type of equation is represented above? (1 point) Responses decomposition decomposition single-replacement single-replacement double replacement double replacement synthesis synthesis Question 2 Looking at the equation above, is the Law of Conservation of Matter followed?(1 point) Responses No, because there are 2 sodium, 2 Oxygen, 2 Hydrogen, 1 Copper, and 1 Chlorine on both the reactant and product side. No, because there are 2 sodium, 2 Oxygen, 2 Hydrogen, 1 Copper, and 1 Chlorine on both the reactant and product side. Yes, because there are 2 sodium, 2 Oxygen, 2 Hydrogen, 1 Copper, and 2 Chlorine on both the reactant and product side. Yes, because there are 2 sodium, 2 Oxygen, 2 Hydrogen, 1 Copper, and 2 Chlorine on both the reactant and product side. Yes, because there are 2 sodium, 1 Oxygen, 1 Hydrogen, 1 Copper, and 2 Chlorine on both the reactant and product side. Yes, because there are 2 sodium, 1 Oxygen, 1 Hydrogen, 1 Copper, and 2 Chlorine on both the reactant and product side. No, because there are 2 sodium, 2 Oxygen, 2 Hydrogen, 1 Copper, and 2 Chlorine on the reactant side but the product side is missing 1 of the Oxygen and 1 of the Hydrogen. No, because there are 2 sodium, 2 Oxygen, 2 Hydrogen, 1 Copper, and 2 Chlorine on the reactant side but the product side is missing 1 of the Oxygen and 1 of the Hydrogen. Skip to navigation
1 answer
What type of equation is represented above?
The reaction \(2NaOH + CuCl_2 → Cu(OH)_2 + 2NaCl\) is a double replacement reaction.
Looking at the equation above, is the Law of Conservation of Matter followed?
Yes, the Law of Conservation of Matter is followed because there are equal numbers of each type of atom on both the reactant and product sides: 2 sodium (Na), 2 oxygen (O), 2 hydrogen (H), 1 copper (Cu), and 2 chlorine (Cl).
So the correct responses are:
double replacement
Yes, because there are 2 sodium, 2 Oxygen, 2 Hydrogen, 1 Copper, and 2 Chlorine on both the reactant and product side.
