compare-the-hvap-values-for-water-isopropyl-alcohol-ether-and-ammonia-and-order-

Question

Arrange acetone (C₃H₆O), water (H₂O), methylamine (CH₃NH₂), and propane (C₃H₈) in order of increasing ΔH_vap values. Explain the order using intermolecular forces of attraction.

Table showing ΔHvap values for acetone, water, methylamine, and propane in cal/g.

Accepted Answer

Increasing ΔH_vap values: propane < acetone < methylamine < water; The stronger the intermolecular forces of attraction the molecule exhibits, the larger its ΔH_vap value will be.

Answer

Increasing ΔH_vap values: water < methylamine < acetone < propane; The stronger the intermolecular forces of attraction the molecule exhibits, the larger its ΔH_vap value will be.

Answer

Increasing ΔH_vap values: propane < acetone < methylamine < water; The weaker the intermolecular forces of attraction the molecule exhibits, the larger its ΔH_vap value will be.

Answer

Increasing ΔH_vap values: water < methylamine < acetone < propane; The weaker the intermolecular forces of attraction the molecule exhibits, the larger its ΔH_vap value will be.

Arrange acetone (C3H6O), water (H2O), methylamine (CH3NH2), and propane (C3H8) in order of increasing ΔHvap values. Explain the order using intermolecular forces of attraction.

Arrange acetone (C₃H₆O), water (H₂O), methylamine (CH₃NH₂), and propane (C₃H₈) in order of increasing ΔH_vap values. Explain the order using intermolecular forces of attraction.