Part 1: The structures of carbon disulfide and carbon dioxide are shown below with their boiling points. Explain why CS2 has a higher boiling point than CO2. Be specific about particulate interactions and intermolecular forces. IMG 2217 Part 2: Below are the structures of water and octane (C8H18), along with their boiling points. Water has a lower boiling point than octane! Explain why,

Introductory Chemistry: A Foundation
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Author:Steven S. Zumdahl, Donald J. DeCoste
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Chapter2: Measurements And Calculations
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Problem 69QAP
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Part 1: The structures of carbon disulfide and carbon dioxide are shown below with their boiling points. Explain why CS2 has a higher boiling point than CO2. Be specific about particulate interactions and intermolecular forces. IMG 2217

Part 2: Below are the structures of water and octane (C8H18), along with their boiling points. Water has a lower boiling point than octane! Explain why, being specific about the particulate-level interactions and intermolecular forces. (Remember, each point on a line is a carbon surrounded with the appropriate number of hydrogen atoms to make an octet). IMG 2218

o=c=0
Boiling Point
-78.5 °C
S=C=S
Boiling Point
46.3 °C
Transcribed Image Text:o=c=0 Boiling Point -78.5 °C S=C=S Boiling Point 46.3 °C
H
H
Boiling Point
100 °C
Boiling Point
126 °C
Transcribed Image Text:H H Boiling Point 100 °C Boiling Point 126 °C
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