The introduction of a carbon-carbon double bond would cause a overall structure of the molecule to bend.
Carbon-carbon bonds are the type of bonds seen in hydrocarbon compounds which consists of two carbon atoms that has covalent bonds between them.
Covalent bonding occurs between atoms that share the electrons in their outermost shell to achieve an octet shape like the noble gases.
When there is an introduction of a carbon-carbon double bond, it leads to the bending of the overall linear structure.
This bend that is caused by the double bond is often referred to as "cis" and leads to a change in some physical properties of the molecule such as :
Therefore, the introduction of a carbon-carbon double bond would cause a overall structure of the molecule to bend.
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Answer:
the second one I'm not sure
Since the round seed gene is the dominant gene, it follows that, a cross between a round seed plant and a wrinkled seed plant will lead to only round seed offspring.
<h3>What is genetics?</h3>
Genetics is the science that studies the patterns of inheritance. The unit of inheritance located in the chromosome is called the gene.
Since the gene for having round seeds is dominant over the gene for having wrinkeled seeds, a cross between a round seed plant and a wrinkled seed plant will lead to only round seed offspring.
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Answer:
need more discription
Explanation:
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