1. Activity Series of Metals
Complete the following in your unit packet – each person needs to do their own.

2. Make Your Data Table
Metal
A(NO3)
B(NO3)
C(NO3)
D(NO3)
E(NO3) A B C D E
During the PowerPoint, record if a reaction occurs or not between each of the above.

3. Click each bottle to add some of the compound.
Metal A
Click each bottle to add some of the compound.
ANO3
BNO3
CNO3
DNO3
ENO3 A A A A A
No Reaction
No Reaction
No Reaction
No Reaction
No Reaction

4. Click each bottle to add some of the compound.
Metal B
Click each bottle to add some of the compound.
ANO3
BNO3
CNO3
DNO3
ENO3 B B B B B
Reaction
No Reaction
No Reaction
Reaction
Reaction

5. Click each bottle to add some of the compound.
Metal C
Click each bottle to add some of the compound.
ANO3
BNO3
CNO3
DNO3
ENO3 C C C C C
Reaction
Reaction
No Reaction
Reaction
Reaction

6. Click each bottle to add some of the compound.
Metal D
Click each bottle to add some of the compound.
ANO3
BNO3
CNO3
DNO3
ENO3 D D D D D
Reaction
No Reaction
No Reaction
No Reaction
Reaction

7. Click each bottle to add some of the compound.
Metal E
Click each bottle to add some of the compound.
ANO3
BNO3
CNO3
DNO3
ENO3 E E E E E
Reaction
No Reaction
No Reaction
No Reaction
No Reaction

8. Questions
Explain (using evidence from the table you created) which metal is the most reactive.
Based on your data table, create an activity series, going from most reactive at the top to least reactive at the bottom, for the metals in a single displacement reaction.
Write the chemical equation for the following reactions (remember – only some are reactive enough for a single displacement to occur).
D + BNO3
C + DNO3
E + ANO3
A + ENO3