The specific heat for liquid argon and gaseous argon is 25.0 j/mol·°c and 20.8 j/mol·°c, respectively. the enthalpy of vaporization of argon is 6506 j/mol. how much energy is required to convert 1 mole of liquid ar from 5°c below its boiling point to 1 mole of gaseous ar at 5°c above its boiling point? 6631 j229 j6735 j125 j6610 j

Explanation:

The total energy required to convert 1 mole of liquid from 5°C below its boiling point to 1 mole of gaseous Ar at 5° above its boiling point may be calcualted in three stages:

1) Energy to heat the liquid Ar from 5°C below its boling point to the boiling point:

2) Energy to vaporize the liquid Ar:

3) Energy to heat the gaseous Ar 5°C above its boiling point:

4) Total energy (E)

indium, and thallium have three electrons i think

the temperature of the gas, in k, not celsius.