The mole ratio can be seen below and the volume of each precipitate is 60 mL.
A mole ratio refers to a conversion factor that compares the quantities of two chemicals in moles in a chemical laboratory experiment.
<u>Mole ratio For 1:</u>
= 10 mL : 50 mL
= 1 : 5 mL
<u>Mole ratio For 2:</u>
15 mL : 45 mL
= 1 : 3 mL
<u>Mole ratio For 3:</u>
20 mL : 40 mL
1 : 2 mL
<u>Mole ratio For 4:</u>
30 mL : 30 mL
1 mL : 1 mL
<u>Mole ratio For 5:</u>
40 mL : 20 mL
2 : 1 mL
<u>Mole ratio For 6:</u>
45 mL : 15 mL
3 : 1 mL
<u>Mole ratio For 7:</u>
50 mL : 10 mL
5 : 1 mL
Since the parameters from the left side of the diagram are not shown, we will assume that the volumes for each precipitate are the addition of both volumes in each column.
basically all of the molecules in the can of soda started to stop moving due to the compression and change of temperature. the ice had frozen the molecules and which then made the can of soda nice and cold lol