geometric isomers
geometriske isomerer
structural isomers
strukturisomere
optical isomers
optiske isomere
cis isomers
cis-isomerer
trans isomers
trans-isomerer
isomers exist
isomerer eksisterer
isomers differ
isomerer er forskellige
isomers form
isomerer dannes
isomers behave
isomerer opfører sig
isomers react
isomerer reagerer
isomers can have different physical and chemical properties.
isomerer kan have forskellige fysiske og kemiske egenskaber.
chemists often study the behavior of isomers.
kemiere studerer ofte adfærden af isomerer.
there are two main types of isomers: structural and stereoisomers.
der er to hovedtyper af isomerer: strukturelle og stereoisomerer.
isomers can lead to different biological activities in pharmaceuticals.
isomerer kan føre til forskellige biologiske aktiviteter i lægemidler.
understanding isomers is crucial for organic chemistry.
at forstå isomerer er afgørende for organisk kemi.
some isomers can be converted into one another through chemical reactions.
nogle isomerer kan omdannes til hinanden gennem kemiske reaktioner.
isomers may exhibit different melting and boiling points.
isomerer kan udvise forskellige smelte- og kogepunkter.
the study of isomers helps in designing better drugs.
studiet af isomerer hjælper med at designe bedre lægemidler.
isomers play a significant role in the field of biochemistry.
isomerer spiller en betydelig rolle inden for biokemien.
identifying isomers can be challenging due to their similarities.
at identificere isomerer kan være udfordrende på grund af deres ligheder.
geometric isomers
geometriske isomerer
structural isomers
strukturisomere
optical isomers
optiske isomere
cis isomers
cis-isomerer
trans isomers
trans-isomerer
isomers exist
isomerer eksisterer
isomers differ
isomerer er forskellige
isomers form
isomerer dannes
isomers behave
isomerer opfører sig
isomers react
isomerer reagerer
isomers can have different physical and chemical properties.
isomerer kan have forskellige fysiske og kemiske egenskaber.
chemists often study the behavior of isomers.
kemiere studerer ofte adfærden af isomerer.
there are two main types of isomers: structural and stereoisomers.
der er to hovedtyper af isomerer: strukturelle og stereoisomerer.
isomers can lead to different biological activities in pharmaceuticals.
isomerer kan føre til forskellige biologiske aktiviteter i lægemidler.
understanding isomers is crucial for organic chemistry.
at forstå isomerer er afgørende for organisk kemi.
some isomers can be converted into one another through chemical reactions.
nogle isomerer kan omdannes til hinanden gennem kemiske reaktioner.
isomers may exhibit different melting and boiling points.
isomerer kan udvise forskellige smelte- og kogepunkter.
the study of isomers helps in designing better drugs.
studiet af isomerer hjælper med at designe bedre lægemidler.
isomers play a significant role in the field of biochemistry.
isomerer spiller en betydelig rolle inden for biokemien.
identifying isomers can be challenging due to their similarities.
at identificere isomerer kan være udfordrende på grund af deres ligheder.
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