Aluminium (III) chloride forms a dimer becaus | vedclass

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(C) $AlCl_3$ forms a dimer and exists as $Al_2Cl_6$ because it is an electron-deficient compound with an incomplete octet.To complete its octet,the al

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can have higher coordination number.

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(C) $AlCl_3$ forms a dimer and exists as $Al_2Cl_6$ because it is an electron-deficient compound with an incomplete octet.To complete its octet,the aluminium atom accepts a lone pair of electrons from the chlorine atom of another $AlCl_3$ molecule,forming a coordinate bond.This process allows the aluminium atom to increase its coordination number from $3$ to $4$.

Aluminium $(III)$ chloride forms a dimer because aluminium

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