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11 Nov 2019
The constitutional isomers with molecular formula C6H14 have boiling points of 50 degree C, 58 degree C, 60 degree C, 63 degree C, and 69 degree C. Calculate the unsaturation number for the molecular formula C6H14. Which molecular classes (alkane, alkene, alkyne, cycloalkane) are consistent with both the unsaturation number and the molecular formula? Draw the constitutional isomers of C6H14. Identify the structural class and functional groups present. Match the constitutional isomers you have drawn to the boiling points provided above. Explain your rationale. Two constitutional isomers with molecular formula C2H60 have boiling points of -23.6 degree C and 78.4 degree C. Calculate the unsaturation number for the molecular formula C2H60. Draw both constitutional isomers of C2H60. Identify the structural class present. Match the constitutional isomers you have drawn to the boiling points provided above. Explain your rationale. Two constitutional isomers with molecular formula C2H4O2 have boiling points of 32 degree C and 118 degree C. Calculate the unsaturation number for the molecular formula C2H4O2. Draw both constitutional isomers of C2H4O2. Identify the structural class and functional groups present. Match the constitutional isomers you have drawn to the boiling points provided above. Explain your rationale. Answer the following questions about water solubility. Which of the compounds above (all three sets) would be soluble in water? Explain your reasoning. Predict the water solubility of all isomers of the formula C4H100. How would solubility compare with the compounds from section II?
The constitutional isomers with molecular formula C6H14 have boiling points of 50 degree C, 58 degree C, 60 degree C, 63 degree C, and 69 degree C. Calculate the unsaturation number for the molecular formula C6H14. Which molecular classes (alkane, alkene, alkyne, cycloalkane) are consistent with both the unsaturation number and the molecular formula? Draw the constitutional isomers of C6H14. Identify the structural class and functional groups present. Match the constitutional isomers you have drawn to the boiling points provided above. Explain your rationale. Two constitutional isomers with molecular formula C2H60 have boiling points of -23.6 degree C and 78.4 degree C. Calculate the unsaturation number for the molecular formula C2H60. Draw both constitutional isomers of C2H60. Identify the structural class present. Match the constitutional isomers you have drawn to the boiling points provided above. Explain your rationale. Two constitutional isomers with molecular formula C2H4O2 have boiling points of 32 degree C and 118 degree C. Calculate the unsaturation number for the molecular formula C2H4O2. Draw both constitutional isomers of C2H4O2. Identify the structural class and functional groups present. Match the constitutional isomers you have drawn to the boiling points provided above. Explain your rationale. Answer the following questions about water solubility. Which of the compounds above (all three sets) would be soluble in water? Explain your reasoning. Predict the water solubility of all isomers of the formula C4H100. How would solubility compare with the compounds from section II?
Jarrod RobelLv2
8 Nov 2019