Based on the thermodynamic properties provided for methanol (below), select from the following list the equation(s) necessary to calculate the amount of energy needed for 5.0 kg of methanol to go from -64°C to 88°C. Choose one or more: Property Melting point Boiling point AHfus AHvap Cp (s) Cp (1) Cp (8) Value -94 65 3.18 37 48.7 81.1 43.8 A. q = n(37 kJ/mol) B. q= n(3.18 kJ/mol) C. q = n(81.1 J/mol ·°C)AT, where A Tis positive OD. q- n(48.7 J/mol °C)AT, where A Tis negative E. q = n(43.8 J/mol °C)AT, where A Tis positive F. q- n(48.7 J/mol °C)AT, where A Tis positive G. q- n(81.1 J/mol °C)AT, where A Tis negative H. q = n(-37 kJ/mol) 1. q- n(43.8 J/mol °C)AT, where A Tis negative J. q= n(-3.18 kJ/mol) Units °C °℃ kJ/mol kJ/mol J/mol.°C J/mol.°C J/mol .•°C

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Based on the thermodynamic properties provided for methanol (below), select from the following
list the equation(s) necessary to calculate the amount of energy needed for 5.0 kg of methanol to go
from -64°C to 88°C.
Choose one or more:
Property
Melting point
Boiling point
AHfus
AHvap
Cp (s)
Cp (1)
Cp (8)
Value
-94
65
3.18
37
48.7
81.1
43.8
A. q= n(37 kJ/mol)
B. q= n(3.18 kJ/mol)
C. q = n(81.1 J/mol °C)AT, where A Tis positive
OD. q= n(48.7 J/mol ·°C)AT, where A Tis negative
E. q= n(43.8 J/mol °C)AT, where A Tis positive
F. q = n(48.7 J/mol ·°C)AT, where A Tis positive
OG.q= n(81.1 J/mol ·°C)AT, where A Tis negative
H. q = n(-37 kJ/mol)
1. q = n(43.8 J/mol °C)AT, where A Tis negative
J. q= n(-3.18 kJ/mol)
Units
°℃
°℃
kJ/mol
kJ/mol
J/mol.°C
J/mol.°C
J/mol .•°C
Transcribed Image Text:Based on the thermodynamic properties provided for methanol (below), select from the following list the equation(s) necessary to calculate the amount of energy needed for 5.0 kg of methanol to go from -64°C to 88°C. Choose one or more: Property Melting point Boiling point AHfus AHvap Cp (s) Cp (1) Cp (8) Value -94 65 3.18 37 48.7 81.1 43.8 A. q= n(37 kJ/mol) B. q= n(3.18 kJ/mol) C. q = n(81.1 J/mol °C)AT, where A Tis positive OD. q= n(48.7 J/mol ·°C)AT, where A Tis negative E. q= n(43.8 J/mol °C)AT, where A Tis positive F. q = n(48.7 J/mol ·°C)AT, where A Tis positive OG.q= n(81.1 J/mol ·°C)AT, where A Tis negative H. q = n(-37 kJ/mol) 1. q = n(43.8 J/mol °C)AT, where A Tis negative J. q= n(-3.18 kJ/mol) Units °℃ °℃ kJ/mol kJ/mol J/mol.°C J/mol.°C J/mol .•°C
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