Carbon hydrides of the type, CnH2n+2 do not act as Lewis acid or Lewis base. They behave as normal covalent hydrides because

Question

Carbon hydrides of the type, CnH2n+2 do not act as Lewis acid or Lewis base. They behave as normal covalent hydrides because (A) carbon hydrides are electron-rich hydrides (B) carbon hydrides are electron-deficient hydrides (C) carbon hydrides are electron-precise hydrides (D) carbon hydrides are non-stoichiometric hydrides

Tardigrade Admin · Accepted Answer

Carbon hydrides with general formula CnH2n+2 are electron-precise hydrides like CH4. They have a complete octet hence they do not behave as Lewis acid or Lewis base.

Q. Carbon hydrides of the type, $C_{n} H_{2 n + 2}$ do not act as Lewis acid or Lewis base. They behave as normal covalent hydrides because

carbon hydrides are electron-rich hydrides

carbon hydrides are electron-deficient hydrides

carbon hydrides are electron-precise hydrides

carbon hydrides are non-stoichiometric hydrides

Carbon hydrides with general formula $C_{n} H_{2 n + 2}$ are electron-precise hydrides like $C H_{4}$ . They have a complete octet hence they do not behave as Lewis acid or Lewis base.

Q. Carbon hydrides of the type, Cn​H2n+2​ do not act as Lewis acid or Lewis base. They behave as normal covalent hydrides because