Based on the following melting points, what best describes the IMF between the following compounds:CaCl₂: melting point: 1,422 FahrenheitC12H22011: (contains 8 H-bonds "hydrogen bonds"): melting point 366.8 FahrenheitO C₁2H₂O11 has greater IMF where the H-bonds interactions, as a whole, are larger than the ionic interactions in CaCl₂-O CaCl, has greater IMF where the ionic interactions, as a whole, are larger than the 8 H-bonds in C₁2H22O11-O C12H22O11 has the ability to form H-bonds and H-bonds are ALWAYS stronger, as a whole, than are other IMF.O CaCl₂ has weaker IMF where the ionic interactions, as a whole, are weaker than the 8 H-bonds in C12H22O11-

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CaCl melting point: 1.422 Fahrenheit C12H22011: (contains 8 H-bonds "hydrogen bonds"): melting point 366.8 Fahrenheit O CH₂O has greater IMF where the H-bonds interactions, as a whole, are larger than the lonic interactions in CaCl₂ O CaCl₂ has greater IMF where the lonic interactions, as a whole, are larger than the 8 H-bonds in C₁2H₂2O11- C2H₂2O11 has the ability to form H-bonds and H-bonds are ALWAYS stronger, as a whole, than are other IMF. O CaCl₂ has weaker IMF where the ionic interactions, as a whole, are weaker than the 8 H-bonds in C₂H₂2O11-

CaCl melting point: 1.422 Fahrenheit C12H22011: (contains 8 H-bonds "hydrogen bonds"): melting point 366.8 Fahrenheit O CH₂O has greater IMF where the H-bonds interactions, as a whole, are larger than the lonic interactions in CaCl₂ O CaCl₂ has greater IMF where the lonic interactions, as a whole, are larger than the 8 H-bonds in C₁2H₂2O11- C2H₂2O11 has the ability to form H-bonds and H-bonds are ALWAYS stronger, as a whole, than are other IMF. O CaCl₂ has weaker IMF where the ionic interactions, as a whole, are weaker than the 8 H-bonds in C₂H₂2O11-

Chemistry for Engineering Students

4th Edition

ISBN:9781337398909

Author:Lawrence S. Brown, Tom Holme

Publisher:Lawrence S. Brown, Tom Holme

Chapter8: Molecules And Materials

Section: Chapter Questions

Problem 8.95PAE

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