(a) Mixing an

with a

(b) Mixing a

with a

Write a net ionic equation for the precipitation reaction.

Kathy Williams
2021-12-19
Answered

Which of the following processes will likely result in a precipitation reaction?

(a) Mixing an

$NaN{O}_{3}$ solution

with a

$CuS{O}_{4}$ , solution.

(b) Mixing a

$BaC{l}_{2}$ solution

with a

$K}_{2}S{O}_{4$ solution.

Write a net ionic equation for the precipitation reaction.

(a) Mixing an

with a

(b) Mixing a

with a

Write a net ionic equation for the precipitation reaction.

You can still ask an expert for help

Fasaniu

Answered 2021-12-20
Author has **46** answers

PART A:

1. Write the balanced chemical equation for this exchange reaction. Determine the correct states based on solubility rules.

2. Rewrite all aqueous molecules as ions in solution and leave solids and/or liquids alone. This gives us a complete ionic equation

3. Cancel the spectator ions to arrive at the net ionic equation

Since all species are soluble, there is no reaction and therefore, no net ionic equation

PART B:

1. Write the balanced chemical equation for this double-displacement reaction. Determine the correct states based on solubility rules.

2. Rewrite all aqueous molecules as ions in solution and leave solids and/or liquids alone. This gives us a complete ionic equation

3. Cancel the spectator ions to arrive at the net ionic equation.

Archie Jones

Answered 2021-12-21
Author has **34** answers

Step 1

A precipitation reaction is a type of double displacement reaction in which a solid product is formed upon reaction of two aqueous solutions, such that the solid product formed is insoluble in aqueous solutions,

Step 2

a) Mixing of$NaN{O}_{3}$ and $CuS{O}_{4}$ , will not lead to a precipitation reaction as the products formed are soluble in aqueous solutions,

b) Mixing of$BaC{l}_{2}$ , and $K}_{2}S{O}_{4$ , will lead to a precipitate and the equation is shown below,

$BaC{l}_{2}\left(ag\right)+{K}_{2}S{O}_{4}\left(ag\right)\Rightarrow BaS{O}_{4}\left(s\right)+2KCl\left(ag\right)$

Net ionic equation :

$B{a}^{2+}\left(ag\right)+S{O}_{4}^{2-}\left(ag\right)\Rightarrow BaS{O}_{4}\left(s\right)$

A precipitation reaction is a type of double displacement reaction in which a solid product is formed upon reaction of two aqueous solutions, such that the solid product formed is insoluble in aqueous solutions,

Step 2

a) Mixing of

b) Mixing of

Net ionic equation :

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