Water and vinegar are both compounds, oxygen is an element.
Vinegar primarily consists of water and acetic acid. Additionally, it may contain trace amounts of other compounds such as flavorings, colorants, and impurities.
Vinegar is a mixture of compounds and water.
Vinegar is a mixture of 4% ethanoic acid and 96% water
Oil and vinegar do not stay mixed because oil is non-polar and vinegar is polar. Polar and non-polar compounds do not mix well together due to differences in their intermolecular forces. The polar nature of vinegar allows it to bond with water molecules, while the non-polar nature of oil prevents it from bonding with water or vinegar.
Oxygen is found in literally millions of compounds, in both organic and inorganic chemistry.
Vinegar is a mixture of two compounds --> Water and Acetic acid.
Neither. Vinegar is a mixture of the two compounds water and acetic acid.
Vinegar is a mixture of two compounds --> Water and Acetic acid.
Vinegar primarily consists of water and acetic acid. Additionally, it may contain trace amounts of other compounds such as flavorings, colorants, and impurities.
hydrogen and oxygen
No, vinegar is not an example of alcohol. Vinegar is produced through the fermentation of alcohol by bacteria, resulting in acetic acid. Alcohol refers to a group of organic compounds that contain hydroxyl functional groups.
water/oxygen and iron
It is a mixture. Vinegar itself is a mixture of water and acetic acid with traces of other compounds that give it the flavor. Salt is another compound that will also go into solution in the water (vinegar is about >90% water). So you have quite a complex mixture of a minimum 3 different compounds.
Water, quartz, rust, and sugar are all common, important compounds containing oxygen.
Vinegar is a mixture of compounds and water.
Vinegar is a mixture of 4% ethanoic acid and 96% water
No, oxygen cannot be liberated from all oxygen-containing compounds. Some compounds contain oxygen in a very stable form, such as in water (H2O), where the oxygen is tightly bound to hydrogen. Releasing oxygen from these compounds would require significant energy input.