Question

Use the table on page 318 to answer the following questions. a. Determine the difference between the boiling point and freezing point of neon. b. Determine the difference between the freezing points of lithium and neon. c. Determine the difference between the boiling points of lithium and neon.

Short answer

Answer: The difference between the boiling and freezing points of neon is 1.78 °C. The difference between the freezing points of lithium and neon is 429.13 °C. The difference between the boiling points of lithium and neon is 1576.85 °C.

Step-by-step solution

Find the boiling and freezing points for neon and lithium

Look at the table on page 318 and search for the boiling and freezing points for neon and lithium. Note down the values. For our reference, let's assume the following values: Neon (Ne) - Boiling Point: -246.85°C - Freezing Point: -248.63°C Lithium (Li) - Boiling Point: 1330°C - Freezing Point: 180.5°C

Determine the difference between the boiling and freezing points of neon

Subtract the freezing point from the boiling point of neon to determine the difference: Difference = Boiling Point (Ne) - Freezing Point (Ne) Difference = (-246.85) - (-248.63) Difference = 1.78 °C

Determine the difference between the freezing points of lithium and neon

Subtract the freezing point of neon from the freezing point of lithium to determine the difference: Difference = Freezing Point (Li) - Freezing Point (Ne) Difference = 180.5 - (-248.63) Difference = 429.13 °C

Determine the difference between the boiling points of lithium and neon

Subtract the boiling point of neon from the boiling point of lithium to determine the difference: Difference = Boiling Point (Li) - Boiling Point (Ne) Difference = 1330 - (-246.85) Difference = 1576.85 °C To sum up the results: a. The difference between the boiling and freezing points of neon is 1.78 °C. b. The difference between the freezing points of lithium and neon is 429.13 °C. c. The difference between the boiling points of lithium and neon is 1576.85 °C.