Ben,+Sydney,+Samanatha,+Emily

Type in the content of your page here.  The pressure tester:

What data did your group record? Include temperature and pressure values using correct SI units


 * || Pressure || Temp1 || Temp2 ||
 * Control || 99.18 || 3.7 || 45.2 ||
 * Hot || 113.98 || 4.1 || 2.3 ||
 * Cold || 45.2 || 46.3 || 46.0 ||

What observations did your group make? What did the bottle look like and feel like? Observations- When we put the bottle in the hot water it became really stiff but in the cold water it became squishy. When the bottle was in neither hot water or cold water it was kinda a mix of stiff and squishy. It doesn't make a change when it is at a consistent temperature.

What conclusions can your group make? Please explain why the bottle did what it did in the two different baths. When the bottle got colder the particles moved slower and got condensed up so the bottle got squishy. When the bottle got hotter the particles moved faster and expanded so the bottle got stiff.

The leaky can:  What data did your group record? Include temperature and relative humidity values using correct SI units

What observations did your group make? What did the metal can look like and feel like both before and after? The metel cans got lighter because of the steam that was givin off by the heat of the leaky can. The can was dry ans shiny before and after it was wet and the water on the inside of the can was different from the water on the outside.

What conclusions can your group make? Please explain why the metal can did what it did. Please be very descriptive in your explanation. The Metal heated up and the condensation caused steam. The steam made the water condensate onto the can.