Linked from

The 12 pages that link to Stearic acid, each with the reason it gives.

• Saturated fatBroader topic: Its chain length and saturation help explain the solid texture of some fats.

• Oleic acidCompared with: It has the same chain length as oleic acid but no double bond.

• Cocoa butterBroader topic: It contributes to cocoa butter’s firmness and relatively high melting point.

• Linoleic acidCompared with: The shared chain length highlights how linoleic acid’s double bonds change its properties.

• Lauric acidCompared with: Its longer saturated chain provides a comparison with lauric acid’s medium-length chain.

• Palmitic acidCompared with: It shares palmitic acid’s saturation but has a two-carbon-longer chain.

• CandleRelated: It can harden candle mixtures and affect their burning properties.

• Omega-6 fatty acidCompared with: Its lack of double bonds contrasts with the defining unsaturation of omega-6 fatty acids.

• Polyunsaturated fatty acidCompared with: Its straight, fully saturated chain contrasts with multiply kinked chains.

• Stearyl alcoholRelated: Its matching carbon chain makes it a common precursor to stearyl alcohol.

• Arachidic acidCompared with: It is a common saturated-fatty-acid neighbor with a chain two carbons shorter.

• Behenic acidCompared with: Its shorter chain helps distinguish behenic acid’s chain-length-specific properties.