Both compounds have cis-trans geometry isomers
Both carbon compounds have a double bond and both carbon atoms bind two different groups
<h3>Further explanation </h3>Isomers are two compounds that have the same chemical formula but different structural formulas
There is a grouping of isomers in Hydrocarbons:
Geometric isomers occur because of differences in the direction of the groups in the molecule
geometrical isomers are found in compounds that have double bonds such as alkenes and the two atoms bind 2 different groups, so that if the location of the groups is exchanged the shape becomes different
If a similar group is located on the same side of the double bond it is called -cis, but if the group is opposite it is called -trans
Example:
Atomicity to 2 butenes. Where in cis-2 butene, both methyl groups are located on the same side whereas, in trans-2 butene, both methyl groups are opposite
The difference in the structure of the two compounds results in differences in physical properties such as the boiling point
The greater the number of carbon atoms making up it, the more the number of isomers
<h3>Learn more </h3>'cis' and trans'
an organic compound contains the following functional group
6-decene is not possible
Keywords: geometric isomer, cis-trans
Answer:
Molecular solids and covalent network solids are two types of solid compounds. The key difference between molecular solid and covalent network solid is that <em>molecular solid forms due to the action of Van der Waal forces </em>where as <em>covalent network solid forms due to the action of covalent chemical bonds.</em>
hope this helps
