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Giant Covalent Structures (GCSE Chemistry)
The following is a GCSE Chemistry test covering 'Giant Covalent Structures' from the broader topic Bonding, Structure, And The Properties Of Matter. The test is geared towards the AQA exam board style syllabus.Incorrect: 0
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Why does increasing temperature not significantly increase the solubility of a giant covalent solid like diamond?
A piece of graphite is placed on a sheet of paper and rubbed; why does a grey mark appear?
Which description correctly contrasts molecular covalent substances with giant covalent substances?
Why can graphite be used to make electrodes in some batteries and electrolysis cells?
Which statement best describes the bonding in silicon dioxide (silica) as a giant covalent structure?
What is the main reason giant covalent materials are generally very hard?
Why does graphite conduct electricity but diamond does not?
Which type of bonding holds atoms together in diamond and graphite?
Which statement explains why diamond is transparent to visible light?
Why are giant covalent substances poor conductors of electricity (except graphite)?
Graphene is a single layer of carbon atoms. Which is a correct property of graphene?
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