3. For each round, half of the candies that were on the reactant (R) side of the paper from the last round should be moved to the product side. One-fourth of the candies that were on the product (P) side of the paper from the last round should be moved to the reactant side. (If you end up with a decimal for the number to exchange, round up.)
4. At the end of each round, count the number of candies on each side of the paper and keep track of the numbers in a data table.

i need help after round 2

Question

3.	For each round, half of the candies that were on the reactant (R) side of the paper from the last round should be moved to the product side. One-fourth of the candies that were on the product (P) side of the paper from the last round should be moved to the reactant side. (If you end up with a decimal for the number to exchange, round up.)
4.	At the end of each round, count the number of candies on each side of the paper and keep track of the numbers in a data table. 
            
i need help after round 2

anonymous · Answer

1.	Start with 40 candies on the reactant side of the paper and zero candies on the product side.
2.	Each round, you will be exchanging candies between R and P.

paxpolaris · Answer

|dw:1412563540701:dw|

paxpolaris · Answer

|dw:1412563713202:dw|

paxpolaris · Answer

13.75-13.75/2+26.25/4= 13.4375|dw:1412564408759:dw|

paxpolaris · Answer

13.4375-13.4375/2+26.5625/4 = = 13.359375

paxpolaris · Answer

if you are rounding to the nearest candy .... after the fourth round it will stay at R=13 , P=27

anonymous · Answer

wow you saved my life @paxPolaris