Aluminium chloride acts as a strong Lewis acid because

Question

Aluminium chloride acts as a strong Lewis acid because (A) AlCl3 is a covalent compound (B) AlCl3 is an ionic compound (C) AlCl3 is election-deficient (D) AICl3 is easily hydrolysed.

Tardigrade Admin · Accepted Answer

AlCl3 is covalent and Al has only sextet of electrons around it. Therefore, AlCl3 is electron deficient and hence acts as a strong Lewis acid.

Q. Aluminium chloride acts as a strong Lewis acid because

$A lC l_{3}$ is a covalent compound

$A lC l_{3}$ is an ionic compound

$A lC l_{3}$ is election-deficient

$A I C l_{3}$ is easily hydrolysed.

$A lC l_{3}$ is covalent and $A l$ has only sextet of electrons around it. Therefore, $A lC l_{3}$ is electron deficient and hence acts as a strong Lewis acid.

Q. Aluminium chloride acts as a strong Lewis acid because

AlCl3​ is a covalent compound

AlCl3​ is an ionic compound

AlCl3​ is election-deficient

AICl3​ is easily hydrolysed.

AlCl3​ is covalent and Al has only sextet of electrons around it. Therefore, AlCl3​ is electron deficient and hence acts as a strong Lewis acid.

$A lC l_{3}$ is a covalent compound

$A lC l_{3}$ is an ionic compound

$A lC l_{3}$ is election-deficient

$A I C l_{3}$ is easily hydrolysed.

$A lC l_{3}$ is covalent and $A l$ has only sextet of electrons around it. Therefore, $A lC l_{3}$ is electron deficient and hence acts as a strong Lewis acid.