Sodium stearate soap,C^17H^35COO-Na+ , is the sodium salt of a long chain saturated fatty acid called stearic acid,C^17H^35COOH. It has a long alkyl group C^17H^35 and an ionic carboxylate group COO-Na+. Long hydrocarbon part is hydrophobic so it is soluble in oil and grease. The ionic part is hydrophillic so it is soluble in water. When this soap is dissolved in water it forms a colloidal suspension in water in which the soap molecules cluster together to form spherical micelles. In it , soap molecules are arranged radially with hydrocarbon part ends directed towards centre and the ionic part ends directed towards outside. When dirty cloth is immersed in this water the hydrocarbon ends attaches with the oil and grease and ionic part dissolves in water. When the dirty clothes are agitated in soap solution then the oily and greasy particles entrapped by soap molecules gets dispersed in water due to which the soap solution becomes dirty and the clothes becomes clean.
Substances that are nonpolar or nonpolar complexes, such as lipids, certain flavors, and some drugs, dissolve best in oil. Examples include essential oils, vitamin A, and vitamin E. Oil is not able to dissolve polar substances like water-soluble vitamins or salts.
To make sodium chloride conduct electricity, you would need to dissolve it in water to create an electrolyte solution. In this solution, the sodium and chloride ions will be free to move and carry electric charge, enabling the conductivity of electricity.
The fluids used to dry-clean clothing remove grease when water cannot because it chemically bonds thus making it invisible to other materials
The three types of solubility are: soluble (able to dissolve in a solvent), insoluble (unable to dissolve in a solvent), and partially soluble (able to dissolve only to a limited extent in a solvent).
The types of solubility include soluble (able to dissolve in a solvent), insoluble (unable to dissolve in a solvent), and partially soluble (able to dissolve only to a limited extent in a solvent).
Both have polar molecules.
Substances that are nonpolar or nonpolar complexes, such as lipids, certain flavors, and some drugs, dissolve best in oil. Examples include essential oils, vitamin A, and vitamin E. Oil is not able to dissolve polar substances like water-soluble vitamins or salts.
The polarity of water molecules allows them to interact with the charged ions in halite (sodium chloride) and break apart the crystal structure, causing it to dissolve. Water molecules are able to surround and solvate the individual sodium and chloride ions, enabling them to be carried away in solution.
To make sodium chloride conduct electricity, you would need to dissolve it in water to create an electrolyte solution. In this solution, the sodium and chloride ions will be free to move and carry electric charge, enabling the conductivity of electricity.
The fluids used to dry-clean clothing remove grease when water cannot because it chemically bonds thus making it invisible to other materials
soluble
The factory parts are all sealed and are not grease able.
The three types of solubility are: soluble (able to dissolve in a solvent), insoluble (unable to dissolve in a solvent), and partially soluble (able to dissolve only to a limited extent in a solvent).
The types of solubility include soluble (able to dissolve in a solvent), insoluble (unable to dissolve in a solvent), and partially soluble (able to dissolve only to a limited extent in a solvent).
"unsaturated"
From the factory it did not. Aftermarket replacement parts could have grease able fittings.
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