The terms polar and polarizable have both been used in discussionsof intermolecu

Question

The terms polar and polarizable have both been used in discussionsof intermolecular forces. (a) Distinguish between these two importantterms. (Select all that apply.) polarizable describes the ability ofelectrons to temporarily move about the molecule (due to someelectric field), creating a nonpermanent separation of charges(induced dipole) polar describes the permanent separationof (partial) charges across a bond or molecule due to differencesin electronegativity (electron sharing) polar describes the ability of electronsto temporarily move about the molecule (due to some electricfield), creating a nonpermanent separation of charges (induceddipole) polarizable describes the permanentseparation of (partial) charges across a bond or molecule due todifferences in electronegativity (electron sharing) (a) Distinguish between these two importantterms. (Select all that apply.) polarizable describes the ability ofelectrons to temporarily move about the molecule (due to someelectric field), creating a nonpermanent separation of charges(induced dipole) polar describes the permanent separationof (partial) charges across a bond or molecule due to differencesin electronegativity (electron sharing) polar describes the ability of electronsto temporarily move about the molecule (due to some electricfield), creating a nonpermanent separation of charges (induceddipole) polarizable describes the permanentseparation of (partial) charges across a bond or molecule due todifferences in electronegativity (electron sharing) polarizable describes the ability ofelectrons to temporarily move about the molecule (due to someelectric field), creating a nonpermanent separation of charges(induced dipole) polar describes the permanent separationof (partial) charges across a bond or molecule due to differencesin electronegativity (electron sharing) polar describes the ability of electronsto temporarily move about the molecule (due to some electricfield), creating a nonpermanent separation of charges (induceddipole) polarizable describes the permanentseparation of (partial) charges across a bond or molecule due todifferences in electronegativity (electron sharing) polarizable describes the ability ofelectrons to temporarily move about the molecule (due to someelectric field), creating a nonpermanent separation of charges(induced dipole) polar describes the permanent separationof (partial) charges across a bond or molecule due to differencesin electronegativity (electron sharing) polar describes the ability of electronsto temporarily move about the molecule (due to some electricfield), creating a nonpermanent separation of charges (induceddipole) polarizable describes the permanentseparation of (partial) charges across a bond or molecule due todifferences in electronegativity (electron sharing)

Explanation / Answer

(a) Distinguish betweenthese two important terms. (Select all that apply.) polarizable describes the ability ofelectrons to temporarily move about the molecule (due to someelectric field), creating a nonpermanent separation of charges(induced dipole) polar describes the permanent separationof (partial) charges across a bond or molecule due to differencesin electronegativity (electron sharing) polar describes the ability of electronsto temporarily move about the molecule (due to some electricfield), creating a nonpermanent separation of charges (induceddipole) polarizable describes the permanentseparation of (partial) charges across a bond or molecule due todifferences in electronegativity (electron sharing) (a) Distinguish betweenthese two important terms. (Select all that apply.) polarizable describes the ability ofelectrons to temporarily move about the molecule (due to someelectric field), creating a nonpermanent separation of charges(induced dipole) polar describes the permanent separationof (partial) charges across a bond or molecule due to differencesin electronegativity (electron sharing) polar describes the ability of electronsto temporarily move about the molecule (due to some electricfield), creating a nonpermanent separation of charges (induceddipole) polarizable describes the permanentseparation of (partial) charges across a bond or molecule due todifferences in electronegativity (electron sharing) polarizable describes the ability ofelectrons to temporarily move about the molecule (due to someelectric field), creating a nonpermanent separation of charges(induced dipole) polar describes the permanent separationof (partial) charges across a bond or molecule due to differencesin electronegativity (electron sharing) polar describes the ability of electronsto temporarily move about the molecule (due to some electricfield), creating a nonpermanent separation of charges (induceddipole) polarizable describes the permanentseparation of (partial) charges across a bond or molecule due todifferences in electronegativity (electron sharing) polarizable describes the ability ofelectrons to temporarily move about the molecule (due to someelectric field), creating a nonpermanent separation of charges(induced dipole) polar describes the permanent separationof (partial) charges across a bond or molecule due to differencesin electronegativity (electron sharing) polar describes the ability of electronsto temporarily move about the molecule (due to some electricfield), creating a nonpermanent separation of charges (induceddipole) polarizable describes the permanentseparation of (partial) charges across a bond or molecule due todifferences in electronegativity (electron sharing)

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