| electriccurrent | | example is sugar glucose |
| metallicbonds | | strong bonds as found in table salt |
| bondedions | | the combination of substances with no chemical bonding |
| alcohols | | tells how atoms are oriented in space |
| ballandstick | | bonds formed between oppositely charged ions |
| bondlength | | examples are mono, di, tri, tetra |
| biochemicalcompounds | | naturally occuring organic compounds |
| anions | | the combination of elements producing substances with different properties |
| mixture | | determines your entire genetic makeup |
| structuralformulas | | made up of carbon, hydrogen, oxygen, and nitrogen |
| hysrogenbond Time information: Tue Mar 22 01:01:03 2005 Start Tue Mar 22 01:01:03 2005 Finish | | oxygen molecule attracted to a hydrogen molecule |
| alkanes | | ions having gained electrons and are negatively charged |
| polymers | | moving charges |
| spacefilling | | attractive forces that hold different atoms or ions together |
| prefixes | | made up of large molecules |
| molecularformula | | compound model shown with spheres molded together |
| cations | | the distance between the nuclei of two bonded atoms |
| covalentbonds | | compounds model represented by letters and lines |
| carbohydrate | | tells the smallest whole number ratio of atoms |
| compound | | bonds formed by sharing one or more pairs of electrons |
| aminoacids | | compound model made up of spheres and rods connecting them |
| ionicbonds | | covalently bonded compound made up of molecules |
| chemicalbonds | | ions having lost electrons and are positively charged |
| dna | | hydrocarbons having only single covalent bonds |
| bondangle | | having both ionic and covalent bonds |
| empiricalformula | | bonds formed by metals like copper |
| proteins | | tells how many atoms are in one molecule |
| polyatomicions | | have-OH groups, behave like water molecules |
| organiccompound | | made up of amino acids |
