Weekly topic: 5 wealth points for those who answer correctly, 2 wealth points for participation； Question 241
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Fill in the blank: The geometric arrangement of atoms in a polymer, as determined by chemical bonds, in space is referred to as the configuration of the polymer. The different shapes that the molecule can assume in space as a result of the single bonds in the polymer’s main chain rotating around their bond axes are called ( ). Conformation —————————————————— Please note: we will close this thread after 24 hours, and at that time we will announce the best reply (the best assistance), as well as the answer and explanation. Charisma Reward: Those who post a topic in this section within two days to provide a detailed explanation or discussion on the knowledge points related to this question are asked to reply/comment in this post to inform us, and we will have a moderator award them charisma points. It is not allowed to simply copy and paste; original content is preferred, with at least some organization by the user along with personal insights.
The geometric arrangement of atoms in a polymer, as determined by chemical bonds, is referred to as the configuration of the polymer. The different shapes that the molecule can assume in space as a result of the single bonds in the polymer’s main chain rotating around their bond axes are also known as the configuration of the polymer
conformation----------------------------------
The geometric arrangement of atoms in a polymer, as determined by chemical bonds, is referred to as the configuration of the polymer. The different shapes that the molecule can assume in space as a result of the single bonds in its main chain rotating around their bond axes are called conformations.
The geometric arrangement of atoms in a polymer, as fixed by chemical bonds, in space is referred to as the configuration of the polymer. The different shapes that the molecule assumes in space as a result of the single bonds in its main chain rotating around their bond axes are called conformations.
The geometric arrangement of atoms in a polymer, as determined by chemical bonds, is referred to as the configuration of the polymer. The different shapes that the molecule can assume in space as a result of the single bonds in its main chain rotating around their bond axes are called conformations.
The geometric arrangement of atoms in a polymer, as determined by chemical bonds, is referred to as the configuration of the polymer. The different shapes that the molecule can assume in space as a result of the single bonds in its main chain rotating around their bond axes are called conformations.