Lewis Structure of Hydrogen Carbonate
On the subtlety of Lewis' transformation of carbonate, and the arrangement of Lewis' molecules. Today's Lewis' of carbonate ($HCO_3 ^ - $), which can be explored.
First, its atoms are formed, including one ($H $), one carbon ($C $), three oxides ($O $), and one ($H $). This charge cannot be ignored when building Lewis'.
Carbon, the central atom. Because there are four children, it can form four, and it occupies a place in the molecular framework. It can form one, so it is attached to one carbon.
An oxygen atom, each of which has six atoms. The first oxygen atom is composed of carbon, and this atom is shared by one oxygen atom and one oxygen atom. Dioxygen, one of which is related to carbon, and this oxygen atom has another exon, so that the oxygen atom has eight atoms around it, which is determined by carbon. Another oxygen is also defined by carbon.
In this way, the carbon circumference is determined by eight children, and the carbon circumference is determined by two children, and each oxygen atom also has its own place, or eight children (including exons), or eight children due to carbon. This is the Lewis root of carbonate, which can be used to conduct atomic research on its molecular parts, which is also beneficial for the scientific research of chemical research.
First, its atoms are formed, including one ($H $), one carbon ($C $), three oxides ($O $), and one ($H $). This charge cannot be ignored when building Lewis'.
Carbon, the central atom. Because there are four children, it can form four, and it occupies a place in the molecular framework. It can form one, so it is attached to one carbon.
An oxygen atom, each of which has six atoms. The first oxygen atom is composed of carbon, and this atom is shared by one oxygen atom and one oxygen atom. Dioxygen, one of which is related to carbon, and this oxygen atom has another exon, so that the oxygen atom has eight atoms around it, which is determined by carbon. Another oxygen is also defined by carbon.
In this way, the carbon circumference is determined by eight children, and the carbon circumference is determined by two children, and each oxygen atom also has its own place, or eight children (including exons), or eight children due to carbon. This is the Lewis root of carbonate, which can be used to conduct atomic research on its molecular parts, which is also beneficial for the scientific research of chemical research.

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