Which of the following best helps explain why the pressure of a sample of CH4(g) (molar mass 16g/mol) is closer to the pressure predicted by the ideal gas law than a sample of NH3(g) (molar mass 17g/mol) ?NH3 molecules are polar while CH4 molecules are not, and the greater attractions between NH3 molecules cause the molecules to collide with the walls of the container with less force.

Respuesta :

The following best helps to explain that the pressure of a sample of CH₄ is closer to the pressure predicted by gas law than a sample of NH₃ is NH₃ molecules are polar while CH₄ molecules are not.

The methane mole , CH₄  is the non polar molecule.  the bond present between the  CH₄  is the covalent bond. the compound is called as the covalent compound. the covalent compound is formed by the sharing of the electron pairs. The  NH₃ is polar molecule. the  NH₃ is also form the covalent bond but it has net dipole moment so,  NH₃ is the polar covalent bond.

Thus, the pressure of a sample of CH₄ (molar mass 16g/mol) is closer to the pressure  by the ideal gas law than a sample of NH₃  (molar mass 17g/mol):  NH₃  molecules are polar while CH₄ molecules are not.

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