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74 examples of organic and inorganic compounds

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The organic compounds are those compounds of biological origin, that is, they are produced by living beings or come from them, hence their name. They are characterized by having carbon as the base element, to which other elements such as hydrogen, oxygen, nitrogen and many others are joined. They are among the most abundant and diverse on planet Earth and some can be artificially synthesized.

The inorganic compounds They are all those compounds that do not have biological origin, that is, they cannot be formed by living beings. They are characterized by being made up of two or more elements, where carbon is not the base element. These compounds are much simpler and less varied than organic compounds.

38 examples of organic compounds

  1. Acetic acid H3CCOOH or ethanoic acid is an organic acid with two carbon atoms, two oxygens and four hydrogens, which is part of the composition of the vinegar that we use in salads.
  2. Ethanol C2H3OH is part of alcoholic beverages such as wine and beer, as well as being used as a disinfectant.
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  4. Acetone or propanone CH3(CO) CH3 It is a volatile liquid compound at room temperature that is used to remove chemicals, such as nail polish.
  5. Butane C4H10 It is a combustible gas used for cooking and in water heaters.
  6. Saccharose C12H22OR11 it is the sugar we use to sweeten food.
  7. Trichloromethane or chloroform CHCl3 It is a compound where a carbon joins a hydrogen and three chlorines and serves as a solvent for fats.
  8. Naphthalene or naphthalene C10H8 It is an aromatic compound that is used as a repellent for moths.
  9. Sodium dodecyl sulfate or sodium lauryl sulfate C12H25NaSO4 It is a synthetic organic compound found in detergents and cleaning products.
  10. Methane CH4 it is the simplest organic compound with a single carbon and four hydrogen atoms. It is listed as a greenhouse gas.
  11. Propane C3H8 it is a combustible gas used for cooking.
  12. Hexane C6H14 It is a six-carbon chain, used as a solvent in paints and glues.
  13. Ethene or ethylene C2H4 (H2C = CH2) is the simplest alkene between two carbon atoms. It is important for the synthesis of plastics and also as a plant hormone that favors the ripening of fruits.
  14. Lycopene C40H56 with eleven double bonds that gives tomato and other red fruits and vegetables their red color.
  15. Methanol CH3OH is the simplest alcohol and is used as a solvent.
  16. Iso-Propanol or isopropyl alcohol C3H8Or it is an alcohol that is used as a skin disinfectant.
  17. Glycerin o Glycerol C3H8OR3 It is a viscous, water-soluble alcohol used as an antifreeze agent.
  18. Cholesterol C27H46Or it is a lipid precursor to steroid hormones such as testosterone and progesterone and is part of cell membranes.
  19. Citric acid C6H8OR7 It is an organic acid that is part of the Krebs cycle in the mitochondria of eukaryotic cells.
  20. Glucose C6H12OR6 It is the most abundant simple sugar in nature that serves as a source of energy for living beings.
  21. Fructose C6H12OR6 It is a monosaccharide sugar found in fruits and honey.
  22. Uric acid C5H4N4OR3 It is a heterocyclic organic compound that results from the metabolism of nucleic acids and is expelled in the urine of humans.
  23. Formic acid or methanoic acid HCOOH is an organic acid synthesized by most ants as a defense.
  24. Linolenic acid C18H32OR2 It is an essential fatty acid also known as omega-3 that is part of cell membranes.
  25. Amino acids are organic compounds containing amine groups (-NH2) and carboxyl groups (-COOH) and that are part of proteins.
  26. Purina C5H4N4 It is a water-soluble heterocyclic organic compound that is the basis for other nitrogenous compounds such as adenine and guanine, which are part of nucleic acids.
  27. Pyrimidine C4H4N2 It is an aromatic heterocyclic organic compound from which the nitrogenous bases of the nucleic acids cytosine, thymine and uracil are derived.
  28. Formaldehyde CH2O or methanal is an aldehyde commonly used to preserve living tissue.
  29. Benzene C6H6 It is an aromatic compound that was used as a gasoline additive.
  30. Trinitrotoluene or TNT C7H5N3OR6 it is an explosive material.
  31. Ethyl ether or diethyl ether C4H10Or it is a volatile organic compound that was initially used as an anesthetic.
  32. Polyethylene is a synthetic thermoplastic polymer that is formed from ethylene (H2C = CH2).
  33. Polypropylene is a synthetic thermoplastic polymer that is formed from propylene alkene (H2C = CH-CH3).
  34. Polyvinyl chloride (PVC) is a plastic polymer formed by C-junctions2H3Cl used in furniture, electrical insulation and pipes.
  35. Polystyrene It is the material with which the animes are made, composed of unions between phenylethene C8H8.
  36. Nylon is a family of synthetic polymers based on polyamides that has application in the textile industry.
  37. Teflon or polytetrafluoroethylene used as a non-stick coating on cookware.
  38. DDT or dichlorodiphenyltrichloroethane is a banned insecticide in much of the world for its harmful effects on human health.
  39. Trichlorofluoromethane CFCl3 It is part of the chlorofluorocarbon compounds (CFCs), previously used as refrigerants and that were banned when their negative impact on the ozone layer of the atmosphere.

You may be interested in knowing the difference between organic chemistry and inorganic chemistry.

36 examples of inorganic compounds

  1. Water H2Or it is one of the most important inorganic compounds for life on planet Earth.
  2. Sodium chloride NaCl is the common salt that we use in food preparation.
  3. Hydrogen peroxide H2OR2 or hydrogen peroxide is used to clean wounds.
  4. Sodium bicarbonate NaHCO3 It is one of the inorganic compounds most used in cooking, in the preparation of cakes and in cleaning.
  5. Carbon monoxide CO is a gas composed of a carbon atom and an oxygen atom that is produced in the combustion of organic compounds. Despite having carbon in its composition, CO is an inorganic compound.
  6. Carbon dioxide CO2 It is the gas that is released when we expire in respiration, it is not an organic compound but plants in photosynthesis transform it into sugar, which is an organic compound.
  7. Magnesium sulphate MgSO4 It is a compound found in Epsom salt or Fig salt and is used to treat pre-eclampsia in pregnant women.
  8. Zinc oxide ZnO is a water-insoluble compound made up of zinc and oxygen, which is part of cosmetics and sun blockers.
  9. Sodium monofluorophosphate Na2PO3F is a salt made up of sodium, phosphorous, oxygen, and fluorine that is found in some toothpastes.
  10. Aluminum chloride AlCl3 It is a compound made up of one aluminum atom and three chlorine atoms that is used in the production of aluminum.
  11. Hydrochloric acid HCl is a strong and corrosive acid. The cells of the stomach produce it to digest food, mainly proteins.
  12. Sulfuric acid H2SW4 is another strong inorganic acid made up of sulfur, hydrogen and oxygen that is used in vehicle batteries and in cleaning pipes.
  13. Phosphoric acid H3PO4 It is a weak acid formed by phosphorus, hydrogen and oxygen that is used in the synthesis of fertilizers and detergents.
  14. Nitric acid HNO3 It is a strong corrosive acid formed by nitrogen, hydrogen and oxygen used mainly in the production of fertilizers.
  15. Sodium hydroxide NaOH or caustic soda is a strong alkaline base made up of sodium, hydrogen, and oxygen. It has several applications: in the production of soaps, paper and drainage of pipes.
  16. Calcium hydroxide Ca (OH)2 It is a base commonly known as lime that is used in the treatment of corn and other foods.
  17. Barium hydroxide Ba (OH)2 It is a strong base made up of barium, hydrogen and oxygen that is used in chemistry laboratories.
  18. Silver nitrate AgNO3 It is an inorganic salt composed of silver, nitrogen and oxygen that is used in staining in biology as a silver stain. Formerly it was used as an antiseptic.
  19. Potassium permanganate KMnO4 or potassium manganate (VII) is a salt composed of manganese, potassium and oxygen with applications in medicine.
  20. Iron (II) sulfate FeSO4 It is a salt of iron, sulfur and oxygen that is used to supplement food products with iron.
  21. Iron sulfide FeS2 or iron pyrite also known as fool's gold is a mineral formed by iron and sulfur of golden color and used in the manufacture of lithium batteries Energizer.
  22. Copper sulphate COURSE4 It is a salt of copper, sulfur and oxygen used as a fungicide in agriculture.
  23. Calcium carbonate Thief3 It is a salt of calcium, carbon and oxygen used in construction and in the treatment of heartburn.
  24. Copper (I) oxide Cu2O u cuprous oxide of red color formed by copper and oxygen is used for pigmentation and against fungi.
  25. Nitrous oxide N2O or laughing gas is a gas made up of nitrogen and oxygen with an anesthetic effect.
  26. Sulfur dioxide SW2 it is a toxic gas that is released naturally in volcanic eruptions.
  27. Silicon oxide or silica SiO2 that makes up the sand and from which the glass is produced.
  28. Aluminosilicates To the2Yes5 that are part of the zeolites, Andalusites that are used in detergents, medicine and agriculture.
  29. Aluminosilicates calcium CaAl2Yes2OR8 used as a food additive like E556.
  30. Sodium azide NaN3 It is a toxic ionic compound formed by nitrogen and sodium and used as a preservative in biochemical laboratories.
  31. Sodium cyanide NaCN is a respiratory poison made up of sodium, carbon and nitrogen
  32. Calcium phosphate AC3(PO4)2 it is part of the bones.
  33. Hydrogen sulfide H2S is a compound used by certain organisms in the chemosynthesis process, and it is what gives it the characteristic rotten egg odor of flatulence and swamps.
  34. Prussian blue Faith4(Fe (CN)6)3) is an inorganic compound made up of iron, carbon and nitrogen that is used as a blue pigment in prints.
  35. Cisplatin PtCl2(NH3)2 is an anticancer drug made up of platinum, chlorine, hydrogen, and nitrogen.
  36. Berzelianite Cu2It is a mineral of selenium and copper.

You may be interested in seeing the difference between:

  • Organic and inorganic compounds.
  • Elements, compounds and mixtures.
Ana Zita
Ana Zita

Doctor in Biochemistry from the Venezuelan Institute of Scientific Research (IVIC), with a degree in Bioanalysis from the Central University of Venezuela.

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