Question

ANSWER ANY PLEASE DOESNT HAVE TO BE ALL

4.67g of solid copper(II)chloride are mixed into a 250.0mL solution of 0.500mol/L aqueous sodium hydroxide.

A. Write the chemical reaction. Predict the products and identify any precipitates [1]

B. What types of chemical reaction will this produce? [1]

C. Provide a balanced chemical reaction [1]

D. Describe the steps you would take to make 250.0mL of the 1.5mol/L solution [2]

E. Calculate the moles of each reactant [1]

F. Identify which reactant is the limiting reactant[1]

G. Calculate the moles of each product [2]

H. Calculate the theoretical yield of solid precipitate [1]

I. Assuming you get 4.27g of solid precipitate, calculate the percent yield [1]

J. Propose 2 reasons why the lab yield might be different than the theoretical yield (sources of error) [2]

Answer 1

it's not your answer is in picture

Chemical ... of molten sodium chloride to produce sodium and chlorine gas; the explosive reaction ... Decomposition is a type of chemical reaction.⁩

Answer 2

Answer:

Explanation:

4.67g of solid copper(II)chloride are mixed into a 250.0mL solution of 0.500mol/L aqueous sodium hydroxide.A.

A. Solution:

Step 1: Determine the possible products using the general double displacement equation.

Step 2: Predict whether either of the possible products is water insoluble.

Step 3: Write the complete equation.