Anhydrous AlCl(3) is covalent. From the ...

Anhydrous `AlCl_(3)` is covalent. From the date given below, predict whether it would remain covalent or become ionic in aqueous solution. (Ionisation energy for `Al` is `1537 kJ mol^(-1)`)
`Delta_("hydration") for Al^(3+) = - 4665 kJ mol^(-1)`
`Delta_("hydration") for Cl^(Ө) = - 381 kJ mol^-1`.

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Anhydrous AlCl_(3) is covalent, From the data given below, predict whether if would remain covelent or become ionic in aqueous sobittion [Inization energy for Al =- 5137 kJ mol ^(-1), Delta H_("Hydration") for Al ^(3+) =- 4665 kJ mol ^(-1), for Cl =-381 kJ mol ^(-1) ]

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Anhydrous AlCl_3 is covalent compound. Select the correct statement regarding AlCl_3 based on the given information. Given, the energy to ionise AlCl_3 is 5215 kJ mol^-1 , Delta_hydration for Al^(3+) is -4670 kJ mol^-1 and Delta_hydration for Cl^- is -381 kJ mol^-1

Anhydrous `AlCl_(3)` is covalent. From the date given below, predict whether it would remain covalent or become ionic in aqueous solution. (Ionisation energy for `Al` is `1537 kJ mol^(-1)`) `Delta_("hydration") for Al^(3+) = - 4665 kJ mol^(-1)` `Delta_("hydration") for Cl^(Ө) = - 381 kJ mol^-1`.

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Anhydrous `AlCl_(3)` is covalent. From the date given below, predict whether it would remain covalent or become ionic in aqueous solution. (Ionisation energy for `Al` is `1537 kJ mol^(-1)`)
`Delta_("hydration") for Al^(3+) = - 4665 kJ mol^(-1)`
`Delta_("hydration") for Cl^(Ө) = - 381 kJ mol^-1`.