From a consideration of the van der Waals constants for water and sulfur dioxide, A (atm⋅L²/mol²) B (L/mol) H₂O 5)54 0)0305 SO₂ 6)87 0)0568 We can conclude that A)H₂O molecules are smaller and less attracted to each other than SO₂ molecules. B)H₂O molecules are larger and less attracted to each other than SO₂ molecules. C)H₂O molecules are larger and more attracted to each other than SO₂ molecules. D)H₂O molecules are equivalent to SO₂ molecules in size and attraction to each other. E)H₂O molecules are smaller and more attracted to each other than SO₂ molecules.

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The Answer of From a consideration of the van der Waals constants for water and sulfur dioxide, A (atm⋅L²/mol²) B (L/mol) H₂O 5)54 0)0305 SO₂ 6)87 0)0568 We can conclude that A)H₂O molecules are smaller and less attracted to each other than SO₂ molecules. B)H₂O molecules are larger and less attracted to each other than SO₂ molecules. C)H₂O molecules are larger and more attracted to each other than SO₂ molecules. D)H₂O molecules are equivalent to SO₂ molecules in size and attraction to each other. E)H₂O molecules are smaller and more attracted to each other than SO₂ molecules.

From a Consideration of the Van Der Waals Constants for Water