Fatty lipids and acids

Description

Fatty Acids - Saturated, Monounsaturated and Polyunsaturated Unsaturated Fatty Acids - Cis or Trans isomers
Macenzie Sach
Flashcards by Macenzie Sach, updated more than 1 year ago
Macenzie Sach
Created by Macenzie Sach almost 8 years ago
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Resource summary

Question Answer
Describe saturated fatty acids It has no double bond. Completely saturated in hydrogen bonds.
Oleic Acid
Is an Oleic Acid saturated, monounsaturated and polyunsaturated? Why? Monounsaturated because it has 1 double bond
Caproic Acid
Is a Caproic Acid saturated, monounsaturated and polyunsaturated? Why? Saturated because there are no double bonds
Linolenic Acid
Is a Linolenic Acid saturated, monounsaturated and polyunsaturated Polyunsaturated because it has 3 double bonds
Cis-isomers Structural Diagram
Trans-ismors Structural Diagram
Are Cis-isomers natural or synthesised? Very common in nature
Are Trans-isomers natural or synthesised? Rare in nature - usually artificially produced (make solid fats)
Positioning of the hydrogen atoms in Cis-isomers On the same side of the 2 carbon atoms
Positioning of the hydrogen atoms in Trans-isomers On different sides of the 2 carbon atoms
Shape of the Cis-isomers fatty acid chain The double bonds causes a bend in the fatty acid chain
Shape of the Trans-isomers fatty acid chain The double bond doesn't cause a bend in the fatty acid chain
Density of fatty acids in cis-isomers Loosely packed
Density of fatty acids in trans-isomers Closely packed
Are Triglycerides formed from cis-isomers solid or liquids at room temperature? They have low melting points - they are usually liquid at room temperature
Are Triglycerides formed from trans-isomers solid or liquids at room temperature? They have high melting points - they are usually solid at room temperature
Identify whether this isomer is cis or trans. Why? Trans-Oleic Acid Because the double bond does not cause a bend in the chain
Identify whether this isomer is cis or trans. Why? Cis-Oleic Acid Because the double bond causes a bend in the chain
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