The crystal layers in graphite are held together by

ayomidee311

3 years ago

The answer is van der waals' force

wuchejie

3 years ago

The answer is van der waal forces

theLordMorgan

2 years ago

Reveiw the question please. The molecules of graphite (an allotrope of carbon) is held together by weak Vander Waal's forces.

However, Crystals of diamond contain only carbon atoms, and these are linked to each other by covalent bonds in a giant three-dimensional network. Each carbon atom is surrounded tetrahedrally by four bonds

@zeus

peter samson

9 years ago

omg..graphite as an allotrope of carbon is hexahedral in shape because 3 out of all the 4 available valence electron in carbon is involved in bonding COVALENTLY...COVALENTLY!...please review this@myschool

Micheal908

2 years ago

The answer is van see waals

Crown1317

2 years ago

The answer is van Der waals' force not covalent, so I was right

Myschool Kelly

9 years ago

Correction has been made. Thanks for your contributions.