6782591672 | Proton | Positive Charge and in nucleus | 0 | |
6782591673 | Neutron | Neutral Charge and in nucleus | 1 | |
6782591674 | Electron | Negative charge and orbits nucleus | 2 | |
6782591675 | Ions | Atoms that have gained or lost electrons. Either have a positive or negative charge | 3 | |
6782591676 | Cation | Positively charged ion. Lost electrons | 4 | |
6782591677 | Anion | Negatively charged ion. Gained Electrons. | 5 | |
6782591678 | molecules | two or more of the same or different elements. | 6 | |
6782591679 | compound | two of more different elements. | 7 | |
6782591680 | electronegativity | How strong an element attracts electrons. | 8 | |
6782591681 | Polar Covalent Bond | Sharing of electron=Unequal | 9 | |
6782591682 | Non Polar Covalent Bond | electron sharing is equal | 10 | |
6782591683 | Ionic Bonds | Electrons are transfered from element to another. | 11 | |
6782591684 | Hydrogen Bonds | weak attraction between opposite partial charges found on polar molecules. | 12 | |
6782591685 | Hydrophobic | Water fearing. Does not mix with water. Example Oils. | 13 | |
6782591686 | Hydrophillic | Water loving. Does mix with water. | 14 | |
6782591687 | Amphipathic | a molecule that has both a polar and nonpolar side. Examples are phospholipids, and soap. | 15 | |
6782591688 | Universal Solvent | Water | 16 | |
6782591689 | Monosaccharides | Monomers of Carbohydrates | 17 | |
6782591690 | Disaccharide | Two monosaccharides put together | 18 | |
6782591691 | Polysaccharide | Many monosaccharides put together. Another name for carbohydrate | 19 | |
6782591692 | Sucrose | glucose + fructose | 20 | |
6782591693 | Maltose | glucose + glucose | 21 | |
6782591694 | Lactose | glucose + galactose | 22 | |
6782591695 | Dehydration Synthesis | Forms polymers | 23 | |
6782591696 | Hydrolysis | Breaks polymers apart | 24 | |
6782591697 | Glycogen | a lot of glucose bonded together. Main energy storage in animals. | 25 | |
6782591698 | Insulin | Released when blood sugar is high . Causes glucose to be absorbed by cells. Excess glucose stored as glycogen. Glucose--->Glycogen | 26 | |
6782591699 | Glucagon | low blood sugar between meals Causes glycogen to be broken down into glucose. Glycogen----> Glucose | 27 | |
6782591700 | Starch | Starch is the main energy source in plants. Plants store their excess glucose as starch for usage at a later date. Its the energy that we get from bread and plants which can be digested by humans. | 28 | |
6782591701 | Cellulose | a carbohydrate that is a major component in cell walls. Humans cannot digest it. This is known commonly as fiber. I | 29 | |
6782591702 | Chitin | A carbohydrate that is found in the exoskeletons in arthropods, and cell walls in fungi. | 30 | |
6782591703 | Function of Carbohydrates | Energetic Fuel Source/ Storage Structural building blocks. | 31 |
AP Combo Flashcards
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