2.3 Carbon Compounds Clozed Notes.pdf
2.3 Carbon Compounds Clozed Notes.pdf
2.3 Carbon Compounds Clozed Notes.pdf
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<strong>2.3</strong> <strong>Carbon</strong> <strong>Compounds</strong><br />
1. <strong>Carbon</strong> –bonds w/O,___, H,__, S to form<br />
___________ of life
2. Macromolecules- “______ molecules”<br />
• ________ (building blocks) create polymers<br />
(macromolecules)<br />
• 4 Types:_______, lipids, carbohydrate,<br />
______ _________<br />
• ___________________compounds large w/<br />
-C-C-C- backbones
Carbohydrates<br />
• 1C:2H:1O<br />
• Main __________ source (C-H bonds)<br />
• ________ (mono/di/polysaccharides)<br />
• Simple Sugars = monosaccharides = ____ sugar<br />
• Ex: ____________
• _______ Carb = ____________= 3+<br />
monos<br />
• Ex: Glycogen = “animal starch”, Starch = plant<br />
starch
• _____________: cell wall (supports plant)
_______ (fats, oils, steroid, waxes)<br />
All Steroids Have the Same Ring Structure
• C-H, O<br />
• 3 Fatty Acids w/ 1 __________ backbone<br />
(E shaped) = monomers
• Stored energy reserve<br />
• _________ fat (solid; no double bonds)<br />
• Unsaturated fat (______; double bonds)
Nucleic acids (Information<br />
molecules)<br />
• N, C, H, O, P<br />
• _____________ = monomers
• ____ (deoxyribonucleic acid) genetic info<br />
• _____ (ribonucleic acid) protein synthesis
Proteins<br />
• N, C, H, O<br />
• ______ ______ = monomers; 20 AA<br />
(12 synthesized/8 essential)
• Four-step arrangement (3-D shape) =<br />
function<br />
• Structural (bones, feathers)/enzymes/<br />
_____ __________