Question

Q3: At absolute zero, what should be the volume of the gas?

Q4: According to your graph, what is the Kelvin temperature at absolute zero?

Q5: How well does your experimental Kevin temperature for absolute zero compare with the acceptable value at 0K?

Table 2 (Shared Data (Volume of hot in (Volume of cool in Temperature of cool ) Temperature of hot al) Sa Total volume of lies Volume of cool water that Average V.).V Temperature of cool water Temperature of boiling water Jentered the flask LIK 272.5 mL 260 mL 268 mL 278mL 265 mL 275 mL 95.0mL 2245,15 K 62.0 mL 198 ml 295.15 K 10.0mL 178 mb. | 295.15 K 80.0 mL 198 mL | 294.15 KI 55.0 mL 210 mL 295,15 K 76 mL | 199 mL 295.15 K 125 mL | 135 mL - 295.15k 374.15 K 0.601 mlek 371.6 0.671 mL/K 377.15 K10.603 mL/K 377.15 k 10.673 mL/K 374.15 K 0.712 milk 380.15 K10.674 ml/k/ 373.15 K/0.457 mL/K 260mh I

Answer 1

Solution:

3) At absolute zero, the theoretical volume of an ideal gas is equal to zero because at this point all the gases are condensed into solids or liquids.

4) At absolute zero, the kelvin scale is also equal to zero.

Absolute zero = 0 K