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PS Pearson
Chapters 17-22
| Question | Answer |
|---|---|
| Everything to the Left → | Reactants |
| Everything to the Right → | Product |
| aq: | Aqueous (In Water) |
| Formula with → | Cellular Respiration |
| Formula Backwards ← | Photosynthesis |
| What is Combustion? | That chemical reaction where you combine alkane (octane) with oxygen. |
| What do you generate in Combustion? | Carbon Dioxide, Water & Energy |
| What Releases Energy? | Exothermic |
| What Absorbs Energy? | Endothermic |
| For a collision to lead to the formation of products what two things must happen? | 1. The collision must occur in the correct Geometric Shape 2. The collision must occur with enough kinetic energy (called activation energy) to break bonds |
| Kinetic Energy | Energy of motion |
| To increase the rate of a chemical reaction, you must increase | Temperature, Concentration, Surface Area |
| To decrease the rate of a chemical reaction, you must decrease | Temperature, Concentration, Surface Area |
| Catalyst | Increase the rate of a reaction and is not consumed in the reaction |
| The ability of a solute to dissolve in a solvent at a given temperature is a | Solubility |
| The larger (typically water) | Solvent |
| The smaller (item being dissolved) | Solute |
| Soluble | Solute dissolves |
| Insoluble | Solute does not dissolve |
| 3 conditions regarding solubility? | Unsaturated, Saturated, Super Saturated |
| Unsaturated | More solute can be dissolved |
| Saturated | No more solute can be dissolved |
| Super Saturated | More solute is dissolved tahn is allowed at that temperature |
| Solubility increases with increasing temperature for? | Solids |
| Solubility increases with decreasing temperature for? | Gases |
| For every 1 oxygen molecule you need how many water molecules to dissolve it? | 200,000 |
| Dipole-Induced Dipole | H₂O and O₂ forcing a non polar molecule to become a temprorary polar molecule |
| Induced Dipole-Induced Dipole | Made up of large molecules taht have polar bonds. (plastic wrap) |
| Dipole-Dipole | H₂O and H₂O |
| Ion-Dipole | NaCl and H₂O |
| Solubility | depends not only on teh attraction between solute and solvent, but also on teh attraction between solute particles for each other, and solvent particles for each other. |
| When each substance retains its chemical identity? | Mixture |
| Heterogeneous | Non uniform mixture with definite boundaries |
| Can be separated by filtration | Heterogeneous |
| Homogeneous | Uniform mixture |