32 Degrees F= 273.15 K
70 Degrees F= 294.261 K
212 Degrees F= 373.15 K
Worksheet drawings/ Answers
4. Kelvin
5. The water molecules start to move away from each other and move more freely
6. 328 Degrees K/ 157 Degrees K
7. Below it the molecules stick close together, while above it they move around freely
9. 809 Degrees K
10. The water below the boiling point vibrate and
move somewhat quickly around. Above the boiling point the molecules vibrate
violently and move around at fast speeds taking up more space.
13.The molecules tended to stay close together in the solid form, but the neon stayed together and didn’t vibrate and move as much as the water did. In liquid form, the substances acted similar, but the neon molecules would sometimes break away from each other and individually float around the container. The gas form of neon seemed much less hectic and smoother moving than the water was.
14.Yes, I knew that solid’s molecules would stay closer together while water would start to make a flowing motion. The gas that I drew also showed molecules all over the place and showed hectic, fast movement.
3. The water molecules bunch together tightly when the temperature is at 0 Degrees K. The Hydrogen molecules tend to become attracted to the other oxygen molecules and vice versa. This keeps each molecule close together.
4. If this was the case for water, ice cubes would sink to the bottom if put in water. Ice cubes float on top of water, so the molecules become attracted to each other, but not close enough to increase the density.
5. 55 ATM 85 Degrees K
6.
7. A.4.1 When conducting science investigations, ask and answer questions that will help decide the general areas of science being addressed
C.4.6 Communicate the results of their investigations in ways their audiences will understand by using charts, graphs, drawings, written descriptions, and various other means, to display their answers
13.The molecules tended to stay close together in the solid form, but the neon stayed together and didn’t vibrate and move as much as the water did. In liquid form, the substances acted similar, but the neon molecules would sometimes break away from each other and individually float around the container. The gas form of neon seemed much less hectic and smoother moving than the water was.
14.Yes, I knew that solid’s molecules would stay closer together while water would start to make a flowing motion. The gas that I drew also showed molecules all over the place and showed hectic, fast movement.
3. The water molecules bunch together tightly when the temperature is at 0 Degrees K. The Hydrogen molecules tend to become attracted to the other oxygen molecules and vice versa. This keeps each molecule close together.
4. If this was the case for water, ice cubes would sink to the bottom if put in water. Ice cubes float on top of water, so the molecules become attracted to each other, but not close enough to increase the density.
5. 55 ATM 85 Degrees K
6.
7. A.4.1 When conducting science investigations, ask and answer questions that will help decide the general areas of science being addressed
C.4.6 Communicate the results of their investigations in ways their audiences will understand by using charts, graphs, drawings, written descriptions, and various other means, to display their answers
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