Carbon Chain in a sentence
Synonym: hydrocarbon.
Meaning: A series of carbon atoms linked together; forms the backbone of organic molecules.
(1) A carbon chain can be straight or branched.
(2) The sebacic molecule has a long carbon chain.
(3) The carbon chain in DNA forms the genetic code.
(4) The carbon chain in dyes determines their color.
(5) The acyclic carbon chain had multiple double bonds.
(6) The carbon chain in fatty acids can vary in length.
(7) The carbon chain in ethers contains an oxygen atom.
(8) A carbon chain is the backbone of organic compounds.
(9) The carbon chain in carbohydrates is often branched.
(10) The carbon chain in amines contains a nitrogen atom.
Carbon Chain sentence
(11) The carbon chain in alkanes consists of single bonds.
(12) The acyclic carbon chain had a branched configuration.
(13) The carbon chain in natural rubber is highly flexible.
(14) The carbon chain in proteins is made up of amino acids.
(15) The carbon chain in alcohols contains a hydroxyl group.
(16) The structure of ribose consists of a five-carbon chain.
(17) The carbon chain in aromatic compounds is highly stable.
(18) Aromatic compounds have a unique carbon chain structure.
(19) The carbon chain in aldehydes contains a carbonyl group.
(20) The carbon chain in this molecule contains a double bond.
Carbon Chain make sentence
(21) The structure of pentoses consists of a five-carbon chain.
(22) The carbon chain in polymers can be very long and complex.
(23) The carbon chain in natural gas consists mainly of methane.
(24) Valeric acid is a carboxylic acid with a five-carbon chain.
(25) The carbon chain in coal can be converted into liquid fuels.
(26) The carbon chain in lipids forms the backbone of fatty acids.
(27) The carbon chain in fossil fuels is a major source of energy.
(28) The carbon chain in hydrocarbons can be straight or branched.
(29) The carbon chain in steroids is composed of four fused rings.
(30) The carbon chain in alkenes contains at least one double bond.
Sentence of carbon chain
(31) The carbon chain in alkynes contains at least one triple bond.
(32) The carbon chain in nucleic acids carries genetic information.
(33) The carbon chain in biofuels is derived from renewable sources.
(34) Butyraldehyde is an aldehyde compound with a four-carbon chain.
(35) The carbon chain in ketones has a carbonyl group in the middle.
(36) The carbon chain in carboxylic acids contains a carboxyl group.
(37) The carbon chain is an essential component of organic molecules.
(38) The carbon chain in carboxylic acids contains a functional group.
(39) The carbon chain in esters is responsible for their fruity smell.
(40) The carbon chain in hydrocarbons can undergo combustion reactions.
Carbon Chain meaningful sentence
(41) The carbon chain in halogenated compounds contains a halogen atom.
(42) The carbon chain in terpenes is responsible for their strong odor.
(43) The chemical structure of caproates consists of a six-carbon chain.
(44) The acyclic carbon chain was essential for the compound's stability.
(45) The carbon chain in carbohydrates is responsible for energy storage.
(46) The carbon chain in vitamins plays a crucial role in their function.
(47) The carbon chain in proteins determines their structure and function.
(48) The carbon chain in ethanol is responsible for its alcohol properties.
(49) The carbon chain in aldehydes and ketones determines their reactivity.
(50) The length of the carbon chain determines the properties of a molecule.
Carbon Chain sentence examples
(51) The carbon chain in pharmaceutical drugs affects their pharmacokinetics.
(52) The carbon chain in esters gives them their characteristic fruity smell.
(53) The boiling points of ketones increase with the size of the carbon chain.
(54) The length of the carbon chain determines the properties of the compound.
(55) The paraffin series consists of alkanes with varying carbon chain lengths.
(56) Caproic acid is classified as a fatty acid due to its carbon chain length.
(57) The carbon chain in polymers can be manipulated to alter their properties.
(58) The boiling points of alkanes increase with increasing carbon chain length.
(59) The boiling point of pentene increases with increasing carbon chain length.
(60) The boiling-points of alcohols increase with increasing carbon chain length.
Sentence with carbon chain
(61) Pentanoic acid is classified as a fatty acid due to its carbon chain length.
(62) The carbon chain in plastics can be recycled to reduce environmental impact.
(63) The carbon chain in halogenated compounds contains one or more halogen atoms.
(64) The acyclic molecule has a longer carbon chain compared to its cyclic isomer.
(65) Polycarboxylic acids have multiple carboxyl groups attached to a carbon chain.
(66) The adipate molecule consists of a long carbon chain with two carboxyl groups.
(67) The properties of decene can be tailored by modifying the carbon chain length.
(68) The carbon chain in natural products contributes to their biological activity.
(69) The carbon chain in petroleum products is refined to obtain various fractions.
(70) The carbon chain in organic solvents allows for dissolving nonpolar substances.
Use carbon chain in a sentence
(71) The carbon chain in natural waxes provides them with water-repellent properties.
(72) Monocarboxylic acids can be classified based on the length of their carbon chain.
(73) The carbon chain in synthetic polymers can be engineered for specific properties.
(74) The array 'diamines' can be further classified based on their carbon chain length.
(75) The substituents on the carbon chain alter the physical properties of the compound.
(76) The carboxyl group is often found at the end of a carbon chain in carboxylic acids.
(77) The carbon chain in pharmaceuticals can be modified to enhance their effectiveness.
(78) The boiling points of alkyls generally increase with the length of the carbon chain.
(79) The carbon chain in synthetic materials can be engineered for specific applications.
(80) The chemical structure of decanal consists of a carbon chain with an aldehyde group.
Sentence using carbon chain
(81) The synthesis of diols involves the addition of two hydroxyl groups to a carbon chain.
(82) The viscosity of decene can be adjusted by controlling the length of the carbon chain.
(83) The boiling points of monoacids generally increase with the length of the carbon chain.
(84) The melting points of monoacids generally increase with the length of the carbon chain.
(85) The boiling points of aliphatics generally increase with increasing carbon chain length.
(86) The structure of aldose sugars includes a carbon chain with an aldehyde group at one end.
(87) The solubility of polycarboxylic acids in water depends on the length of the carbon chain.
(88) The physical properties of polycarboxylic acids vary depending on the carbon chain length.
(89) The properties of polycarboxylic acids can be modified by altering the carbon chain length.
(90) The physical properties of alkyls can be tuned by modifying the length of the carbon chain.
Carbon Chain example sentence
(91) The heat of combustion for alcohols generally increases with the length of the carbon chain.
(92) The boiling points of monoacids decrease with the presence of branching in the carbon chain.
(93) The properties of diols can be modified by introducing functional groups on the carbon chain.
(94) The boiling points of ketones decrease with the introduction of branching in the carbon chain.
(95) The properties of diols can be modified by introducing functional groups onto the carbon chain.
(96) The length of the carbon chain in aliphatics can affect their physical and chemical properties.
(97) The reactivity of aliphatics can be influenced by functional groups attached to the carbon chain.
(98) The chemical structure of terephthalate consists of two benzene rings connected by a carbon chain.
(99) The properties of tetracarboxylic compounds can be tuned by modifying the length of the carbon chain.
(100) The structure of trimethylene consists of a three-carbon chain with a double bond between two of the carbons.
(101) Monocarboxylic acids can undergo decarboxylation reactions to form carbon dioxide and a shorter carbon chain compound.
(102) The haloform reaction is often used to convert methyl ketones into carboxylic acids with a higher carbon chain length.
(103) The reactivity of diols can be influenced by the electronic properties of the substituents attached to the carbon chain.
(104) Monocarboxylic acids can be classified as saturated or unsaturated based on the presence of double bonds in their carbon chain.
(105) The haloform reaction can be used to convert methyl ketones into carboxylic acids with a higher carbon chain length, making it a valuable synthetic tool.
Carbon Chain meaning
Carbon chain refers to a series of carbon atoms linked together in a linear fashion, forming the backbone of organic compounds. It is a fundamental concept in organic chemistry and plays a crucial role in understanding the structure and properties of various organic molecules. To effectively incorporate the term "carbon chain" into your sentences, consider the following tips:
1. Definition and Context: Begin by providing a clear definition of the term "carbon chain" to ensure your readers understand its meaning.
For example, "A carbon chain is a sequence of carbon atoms bonded together in a linear arrangement, forming the basis of organic compounds."
2. Simple Sentence: Start with a simple sentence that introduces the concept of a carbon chain. For instance, "The organic compound consists of a carbon chain that determines its overall structure and properties."
3. Elaboration: Expand on the concept by explaining the significance of carbon chains in organic chemistry.
For example, "Carbon chains serve as the backbone of organic molecules, providing structural stability and influencing their chemical reactivity."
4. Examples: Incorporate examples to illustrate the use of carbon chains in different contexts. For instance, "In hydrocarbons, such as methane and ethane, the carbon chain consists of a single carbon atom and multiple carbon atoms, respectively."
5. Functional Groups: Discuss how functional groups can be attached to carbon chains, altering the properties of organic compounds.
For example, "By attaching functional groups, such as hydroxyl (-OH) or amino (-NH2), to the carbon chain, the resulting compound can exhibit unique chemical and biological activities."
6. Isomers: Explain the concept of isomers, which are compounds with the same molecular formula but different carbon chain arrangements. For instance, "Isomers of organic compounds arise when the carbon chain is arranged differently, leading to distinct chemical and physical properties."
7. Importance in Biological Systems: Highlight the significance of carbon chains in biological systems, emphasizing their role in the structure and function of biomolecules.
For example, "In proteins, the carbon chain of amino acids determines their folding pattern, ultimately influencing the protein's three-dimensional structure and biological activity."
8. Industrial Applications: Discuss the practical applications of carbon chains in various industries, such as pharmaceuticals, polymers, and fuels. For instance, "Long carbon chains are essential in the production of polymers, where they provide strength and flexibility to the resulting materials."
9. Research and Advancements: Mention any recent research or advancements related to carbon chains, showcasing the ongoing exploration and discoveries in the field.
For example, "Scientists are currently investigating the use of carbon chains in nanotechnology, aiming to develop innovative materials with unique properties."
10. Conclusion: Conclude the article by summarizing the key points discussed and reiterating the importance of understanding carbon chains in organic chemistry. For instance, "In summary, a thorough understanding of carbon chains is crucial for comprehending the structure, properties, and reactivity of organic compounds, enabling advancements in various scientific and industrial fields." By following these tips, you can effectively incorporate the term "carbon chain" into your sentences, providing a comprehensive understanding of its significance in organic chemistry.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Carbon Chain. They do not represent the opinions of TranslateEN.com.