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The carbon to carbon and carbon to hydrogen bonds found in lipids are considered nonpolar. This means the electrons in the bond are shared relatively equally between the atoms. These slight charges on the atoms in the water molecule, called dipoles, result in water being referred to as a polar molecule.
In this way, are lipids non polar?
Explanation: Lipids are a group of molecules that includes fats, fatty acids, sterols, and phospholipids. Although they have polar functional groups at one end, the hydrocarbon parts of the molecules are so large that the molecules are hydrophobic. Lipids are effectively nonpolar and insoluble in water.
Hereof, why are lipids insoluble in polar solvents?
Thus, polar molecules are considered to be hydrophilic (“water loving) and lipophobic (“water fearing”), due to the ability of highly polar bonds being soluble in polar solvents, and insoluble in nonpolar solvents (ie. Thus, lipids are largely insoluble in polar solvents (water), and are soluble in nonpolar molecules.
Lipids are NON polar because we don't want them mixing with water. THey make up cell membranes and we wouldn't want them to mix with the watery cytoplasm.