MartinT

Taylor Martin and Kamryn Stablein graphing periodic trends

Step one was to add 25 ML of distilled water into the graduated cylinder

Step two was to keep adding lead into the graduated cylinder until you reached 1 ML more of water, then the second one was 2ML and the third one was 3. In this picture, we were adding lead until the distilled water was 1 ML.

Step 3 was to do the same thing we did with the lead to the tin. We added the tin into the distilled water until they reached 1 ML 2 ML and 3ML. This was us adding the tin to the distilled water.

step 4 was to add the sulfur into the distilled water to reach 1 ML 2 ML and 3ML of water. This was a picture of us adding the sulphur into the graduated cylinder to reach these measurements.

Lavoisier a liar? Can matter really neither be created nor destroyed?

Step 1. In this picture Chris was our engineer and and he added 20.0 mL of distilled water into compound A. And he also added 30 mL of water to compound B.

Here is where we weighed the paper in the beaker to see how much our weight was before we put in the solution.

The next step was to slowly add solution B to solution A. This reaction caused a solid to appear at the bottom of the beaker. Then we determined the mass.

In this picture, we started to filter the experiment. We put the solution into the filter and let it drip through the paper into the empty beaker.

Here is the hot plate where we boiled off our solution.

This is our final solution, and this is us weighing the solution after sitting for 3 days over the weekend. The final result was as shown.

My favorite thing Justin Beiber




 * [[image:WIN_20160912_09_54_40_Pro.jpg width="800" height="450" caption="This is a selfie of me"]]stin Bieber