Evan,+Harrison

The Leaky Can:

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

//Answer:The can was at first room temperature. The can became colder after the ice was put into it.//

What observations did your group make? What did the metal can look like and feel like both before and after?

//Answer: The can was a silver, metalic, hard material that could at one point been flexed into a cylindar (its round). Before, the can was room temperature and was hard. After the can was colder and not as strong therefore the can crushed.//

What conclusions can your group make? Please explain why the metal can did what it did. Please be very descriptive in your explanation.

//Answer: We found out that because the can was cold from the ice, it attracted the steem from the air to attach to the outside of it. The can was very cold and the steem from the air clung to the coldness because the atoms in the seem (cold) slowed down making the atoms connect to the side of the can, making the can colder.//

Pressure Tester:

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

Answer: (don't have logger pro on the comp./can't open files/ will get them soon)

What observations did your group make? What did the bottle look like and feel like?

Answer: The bottle was very loose on the cold water and was very weak and was able to squeeze in your hand. The bottle got harder in the warm water because the atoms in the bottle were fast which made the bottle tight, which put more pressure in the bottle.

What conclusions can your group make? Please explain why the bottle did what it did in the two different baths.

Answer: The bottle was very loose on the cold water because the atoms that were cold moved slower, making it very loose and reducing pressure. The bottle was very tight in the warm water because the atoms in the bottle were fast which made the bottle tight because of more pressure.