Carbon is ideally suited to form ionic bonds.

a. True

b. False

Why can carbon form very large molecules?

A.) Its + 4 valence forms ionic bonds.

B.) It has a natural ionic charge of + 4.

C.) It can bond with other carbon atoms that are bonded to other molecules.

Question

Roland White

Chemistry

7 October, 14:41

Carbon is ideally suited to form ionic bonds.

a. True

b. False

Why can carbon form very large molecules?

A.) Its + 4 valence forms ionic bonds.

B.) It has a natural ionic charge of + 4.

C.) It can bond with other carbon atoms that are bonded to other molecules.

+4

Answers (1)

Know the Answer?

Saniyah Bird · Answer 1

False. Carbon does not not usually make ionic bonds when it is by itself. Usually it is in a poly atomic ion such as CO₃ which consists of covalent bonds but has an over all charge of - 2 which is why it can take part in ionic bonding.

C, carbon can bond with itself to form really long carbon chains with other atoms coming off of it to complete the octet if needed. examples of these are hydrocarbons.

Carbon is ideally suited to form ionic bonds.a. Trueb. FalseWhy can carbon form very large molecules?A.) Its + 4 valence forms ionic bonds.B.) It has a natural ionic charge of + 4.C.) It can bond with other carbon atoms that are bonded to other molecules.

Carbon is ideally suited to form ionic bonds.

a. True

b. False

Why can carbon form very large molecules?

A.) Its + 4 valence forms ionic bonds.

B.) It has a natural ionic charge of + 4.

C.) It can bond with other carbon atoms that are bonded to other molecules.