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Water, O, and Methane, C , Have About

question 87

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Water, Water,   O, and methane, C   , have about the same mass and differ by only one type of atom. Why is the boiling point of water so much higher than that of methane? A)  The water molecule is less symmetrical than is the methane molecule. B)  The oxygen of a water molecule has two lone pairs of electrons. C)  The electronegativity difference between oxygen and hydrogen is greater than the electronegativity difference between carbon and hydrogen. D)  all of the above O, and methane, C Water,   O, and methane, C   , have about the same mass and differ by only one type of atom. Why is the boiling point of water so much higher than that of methane? A)  The water molecule is less symmetrical than is the methane molecule. B)  The oxygen of a water molecule has two lone pairs of electrons. C)  The electronegativity difference between oxygen and hydrogen is greater than the electronegativity difference between carbon and hydrogen. D)  all of the above , have about the same mass and differ by only one type of atom. Why is the boiling point of water so much higher than that of methane?


Definitions:

Initial Experimentation

The preliminary phase of testing or trying out a new method, idea, or activity to gather initial data or responses.

Final Application

The ultimate use or implementation of a product, concept, or technology in its intended environment or market.

Spontaneous Creativity

Refers to the ability to come up with new and original ideas without premeditation or external stimuli.

Feasibility Determination

The assessment process to evaluate whether a project or plan is possible and practical within its constraints.

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