pritiskutchs

Ihave a pet mouse named big m.

Data Before

Reactants Mass
 * < Mass of empty beaker a ||< 29.412 ||
 * < Mass of compound placed in beaker a ||< .7551 ||
 * < mass of empty beaker b ||< 29.0812 ||
 * < mass of compound placed in beaker b ||< 1.2075 ||
 * < total mass compounds placed in beaker a & b ||< 1.9626 ||
 * < mass of clean filter paper ||< .9115 ||

data after

products mass
 * mass of beaker a & filter with compound || 30.750 ||
 * mass of compound recovered in beaker a || .4268 ||
 * mass of beaker b + compound || 31.6600 ||
 * mass of recovered compound in beaker b || 2.5788 ||
 * total mass of both compounds. || 3.0056 ||

1. We found the total mass of compounds before the reaction by adding beakers a and b's data. 2. We found the total mass of compounds after the reaction by adding the mass of compound recovered in beaker a and mass of recovered compound in beaker b's data.

Purpose: To see if the law of conservation of mass is correct. Conclusion: Well my group and other groups know that it is correct, but our data proves not because of our larger amount of percent error.

The graph tells us the equation so we can plug in the shoe size of the suspects and when this is done we conclude that the suspect with the name of Penelope Paige is our criminal.

pictures of the lab me taking pics

jacob weighing stuff

jacob burning stuff

weighing stuff kendras camera shy and the copper2 sulfate just turned colors dude.

__//**Drinking Water Contamination Lab<3:):)**//__ Starting our lab Working with zinc, copper, iron and aluminum. :(

some of our solutions.<3

filling out our lab paper!:):)

This random chick walked by and convinced me to drink copper sulfate. <--- __//**JUST KIDDING DIDNT DRINK IT**//__

Some more solutions that we got.