Consider the heat released when 20.0 g if CCl2F2 gas cools frim +40 C down to -29.8 C, where it condenses to liquid, and then the liquid further cools to -40C. You will need this information about CCl2F2:

- Heat of Vaporization: 20.11 kJ/mol

-Specific heat of gas: 0.9692 J/g C

-Specific heat of liquif: 0.588 J/g C

A) How much heat is released to cool the refrigerant gas from +40 C to -29.8C

B) How much heat is released to condense the CCl2F2 to liquid at -29.8C

C) How much heat is released to cool the liquified Freon further from -29.8 C to -40 C

D) How much heat is released during the entire cooling process?

WORK THIS PROBLEM OUT AND ENTER YOUR CALCULATIONS AND ANSWERS IN THE TEXT BOX PROVIDED. - To show multiplication use x, " or parentheses, for example, 23=623=6 (2) (3)=6 - Use a slash / for division, for example 6/2=3 - Use a BOLD font for the final answer and include its units. Consider the heat released when 20.0gCCl2F2 gas (a refrigerant) cools from +40C down to 29.8C, where it condenses to liquid, and then the liquid further cools to 40 C. You will need this information about CCl2F2. heat of vaporization 20.11kJ/mol specific heat of gas 0.9692J/gC specific heat of liquid 0.598J/gC - How much heat is released to cool the refrigerant gas from +40C to 29.8C ? - How much heat is released to condense the CCl2F2 to liquid at 29.8C ? - How much heat is released to cool the liquefied Freon further from 29.8C to 40 C ? - How much heat is released during the entire cooling process