Biology, Pages 58-67 |
From inside the book
Results 1-3 of 4
Page 16
... oxygen , hydrogen , and nitrogen . We can think of these valences as the basis for the rules of covalent bonding in organic chemistry — the building code that governs the architecture of organic molecules . Figure 4.4 Electron 16.
... oxygen , hydrogen , and nitrogen . We can think of these valences as the basis for the rules of covalent bonding in organic chemistry — the building code that governs the architecture of organic molecules . Figure 4.4 Electron 16.
Page 35
... actions of these two molecules on many targets throughout the body help produce the contrasting features of females and males . Thus , even our sexuality has its biological basis in variations of molecular architecture ... Figure 4.9 A 35.
... actions of these two molecules on many targets throughout the body help produce the contrasting features of females and males . Thus , even our sexuality has its biological basis in variations of molecular architecture ... Figure 4.9 A 35.
Page 46
... some sulfur and phosphorus . Biological diversity has its molecular basis in carbon's ability to form a huge number of molecules with particular shapes and chemical properties . 67 TESTING YOUR KNOWLEDGE Self - Quiz 1. Organic chemistry 46.
... some sulfur and phosphorus . Biological diversity has its molecular basis in carbon's ability to form a huge number of molecules with particular shapes and chemical properties . 67 TESTING YOUR KNOWLEDGE Self - Quiz 1. Organic chemistry 46.
Other editions - View all
Common terms and phrases
4.2 Carbon atoms 4.3 Functional groups ability to form acid adenosine aldehyde amino asymmetric carbon atoms can form bonding to four carbon and hydrogen carbon compounds Carbon Skeleton Variation carbon's versatility carbonyl group carboxyl Chapter Chemical Elements chemist common carbon skeleton Concept 4.2 Carbon Concept 4.3 Functional Concept Check covalent arrangement covalent bonds cyanate double bonds electron shell Electron-shell diagrams enantiomers fat molecules form diverse molecules four other atoms geometric isomers Groups Most Important groups of atoms H H H H-C-OH H huge number hydrocarbon tails hydrogen hydroxyl inorganic involved in chemical ketone L-Dopa living matter living organisms molecular architecture Molecular Diversity Arising molecular formula molecules by bonding nitrogen organic chemistry organic compounds organic molecules oxygen Parkinson's disease pentanes phosphate group Proteins sex hormones simple molecule skeletons of organic structural formula structural isomers study of carbon suggested answers sulfhydryl term that correctly thalidomide types of isomers urea valence shell Wöhler