CHEMISTRY SINGLE REPLACEMENT REACTION WORKSHEET 1. Use the Activity Series Table to determine if a single...

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CHEMISTRY SINGLE REPLACEMENT REACTION WORKSHEET 1. Use the Activity Series Table to determine if a single replacement reaction occurs. if it does, move to step 2. If it does not occur write NR (no reaction) on the line to the right of the arrow. 2. Follow the pattern for a single replacement reaction and write the products on the line. Use a Periodic Table and Polyatomic lon Chart to help with this process. 3. Balance the equation. Do not worry about the state of matter for this assignment. Example: Mg + Cu(NO,)k *From the activity series table, we find magnesium more reactive than copper. Mg2 + Mg*2 + Mg 1) Cu2 NO, Cu2 NO, Cu(NO,)2 Mg NO, Mg(NO,), Cu? Cu *already balanced 1. Cu + Ag(NO,) -> 2. Zn +Ag(NO,) --> 3. Al + Zn(SO.) -> 4. Cu + Fe(So,) - --> 5. Mg + Zn(So,) Zn(SO,) --> 6. Cu + Na,(So,) 7. Al + Na(NO,) --> 8. Aluminum and iron (II) chloride yields 9. Silver and potassium nitrate yields CHEMISTRY SINGLE REPLACEMENT REACTION WORKSHEET 1. Use the Activity Series Table to determine if a single replacement reaction occurs. if it does, move to step 2. If it does not occur write NR (no reaction) on the line to the right of the arrow. 2. Follow the pattern for a single replacement reaction and write the products on the line. Use a Periodic Table and Polyatomic lon Chart to help with this process. 3. Balance the equation. Do not worry about the state of matter for this assignment. Example: Mg + Cu(NO,)k *From the activity series table, we find magnesium more reactive than copper. Mg2 + Mg*2 + Mg 1) Cu2 NO, Cu2 NO, Cu(NO,)2 Mg NO, Mg(NO,), Cu? Cu *already balanced 1. Cu + Ag(NO,) -> 2. Zn +Ag(NO,) --> 3. Al + Zn(SO.) -> 4. Cu + Fe(So,) - --> 5. Mg + Zn(So,) Zn(SO,) --> 6. Cu + Na,(So,) 7. Al + Na(NO,) --> 8. Aluminum and iron (II) chloride yields 9. Silver and potassium nitrate yields

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Cu NO22 2Ag Cu 2 AgNOs 2 n 2AgN nNO AAg ... View the full answer