Single Displacement Reactions

Categorize

Options (15)

KI(aq)+Pb(NO₃)₂(aq)→

H₂O(l)+Na(s)→

K₂CO₃(aq)+HCl(aq)→

BaCl₂(aq)+K₃PO₄(aq)→

Mg(OH)₂(s)→

Na(s)+O₂(g)→

Cu(NO₃)₂(aq)+Zn→

C₂H₆(g)+O₂(g)→

Fe(s)+CuCl₂(aq)→

Al(s)+AgNO₃(aq)→

Zn(s)+CuSO₄(aq)→

Ag(s)+CuCl₂(aq)→

Fe(s)+AgNO₃(aq)→

Mg(s)+CuCl₂(aq)→

Ca(ClO₃)₂→

Organize the given reactants into single replacement and other reactions.

Single Replacement Reactions

Other

• But not all single replacement reactions occur.

• We use an activity series to determine of a single replacement reaction will occur.

  • One for metals (which includes hydrogen).

  • One for nonmetals (which is basically the halides on the periodic table).

• Watch the video to see how it works.

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Multiple Choice

Let's try again. Do you understand how the activity series works?

A piece of magnesium ribbon is placed in a beaker containing an aqueous solution of copper(II) sulfate. Will a reaction take place?

• A reaction will take place, because the copper(II) sulfate is an aqueous solution.

• A reaction will take place because magnesium is more reactive than copper.

• A reaction will NOT take place because magnesium is less reactive than copper.

• A reaction will NOT occur because the aqueous solution needs to be heated.

Multiple Choice

Let's take a moment and see if you understood what the video has shown so far.

A solid piece of copper is placed into a beaker containing hydrochloric acid. Will a reaction take place?

• A reaction will take place, because everything reacts with acids.

• A reaction will take place because copper is more reactive than hydrogen.

• A reaction will NOT take place because copper is less reactive than hydrogen.

• A reaction will NOT occur because copper is much stronger than acids.

Categorize

Options (4)

Cu(s) + AgNO₃(aq) →

Mg(s) + HCl(aq) →

Na(s) + H₂O(l) →

Zn(s) + CaCl₂(aq) →

Place the reactions in place based on whether they will react or not.

Reaction will occur.

No Reaction

• Although we have primarily been looking at metals replacing metals, single replacement reactions also occur between nonmetals.

• The nonmetal reactions you will be responsible will mostly deal with the halogens.

• Look at the periodic table and determine how to use it as an activity series for the nonmetals.

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