Use the periodic table, an activity series, or solubility rules to predict whether single-replacement reactions or double-replacement reactions will occur. Be sure to Balance each equation. Cl 2 + KI 5. Ag + KNO 3 2. A single-displacement reaction, is a chemical reaction in which one (or more) element(s) replaces an/other element(s) in a compound. If No single replacement reaction occurs, write NR to the right of the arrow.

It can be represented generically as: A + B-C → A-C + B. Up to now, we have presented chemical reactions as a topic, but we have not discussed how the products of a chemical reaction can be predicted. Worksheet #4: Single-Replacement Reactions Step 1 - Write the formulas of the reactants on the left of the yield sign Step 2 - Look at the Activity Series on page 333 to determine if the replacement can happen Step 3 - If the replacement can occur, complete the reaction and balance it. A single-displacement reaction is a chemical reaction where one reactant is exchanged for one ion of a second reactant. If the reaction Zn + AgNO 3 3. Single Displacement Reaction. This will most often occur if A is more reactive than B, thus giving a more stable product. Al + H 2 SO 4 4. It is also known as a single-replacement reaction.

1. CHEMISTRY SINGLE REPLACEMENT REACTION WORKSHEET Using the Activity Series Table, complete the following reactions by writing the products that are formed. Single displacement reactions take the form: Li + H 2 Single Displacement Reactions All single displacement reactions have the general form: A + BC → B + AC Here, A is an element and BC is usually an aqueous ionic compound or an acid (consisting of B+ and C-aqueous ions).

Single and Double Displacement Reactions For each of the reactions performed, -- predict the reaction type (single or double displacement) -- record your observations -- predict the names and states of the products formed -- write the balanced “molecular” equation, including all physical states.

1. A single displacement reaction which is also called as single replacement reaction is a kind of oxidation-reduction chemical reaction when an ion or element moves out of a compound, i.e., one element is replaced by the other in a compound. A displaces B in BC, resulting in the formation of a new element B and a new ionic compound or acid, AC.