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135 Cards in this Set
- Front
- Back
- 3rd side (hint)
All the solute the solution can hold at a given temp |
Saturated |
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Solution that can hold more solute than is present at a given temp |
Unsaturated |
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A solute that can exceed its normal concentration at high temps and remain in solution as the solution cools |
Supersaturated |
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Insoluble substances will not dissolve in water |
Fats and oils |
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The addition of solute molecules causes the freezing point of a solvent to be depressed |
Freezing point depressing |
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Increases the boiling point |
Boiling point elevation |
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Heterogenous mixture with particles larger than atoms ions or molecules suspended in solution |
Suspension |
Suspended//Suspension |
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Particles sizes are lager then solutes but smaller than suspension particles |
. Colloids homogeneous mixture
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Particles will remain suspended dud to constant movement |
Brownian movement |
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Collides with scatter light |
Tyndall effect |
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All acids contain... |
Hydrogen |
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Taste bitter and slippery |
Basses |
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KOH. NaOH |
Strong basses |
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Acid base- salt+H2O |
Salt formation |
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The reaction that makes salt |
Neutralization |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Substance dissolved and becomes invisible |
Solute |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Substance dissolved and becomes invisible |
Solute |
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Substance that does the dissolving |
Solvent |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Substance dissolved and becomes invisible |
Solute |
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Substance that does the dissolving |
Solvent |
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Most common solvent... |
Water |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Substance dissolved and becomes invisible |
Solute |
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Substance that does the dissolving |
Solvent |
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Most common solvent... |
Water |
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Ability of a solution to allow electric flow |
Conductivity |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Substance dissolved and becomes invisible |
Solute |
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Substance that does the dissolving |
Solvent |
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Most common solvent... |
Water |
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Ability of a solution to allow electric flow |
Conductivity |
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Dissociation |
Separation of ions from a solute in a solution |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Substance dissolved and becomes invisible |
Solute |
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Substance that does the dissolving |
Solvent |
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Most common solvent... |
Water |
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Ability of a solution to allow electric flow |
Conductivity |
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Dissociation |
Separation of ions from a solute in a solution |
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Substances that form ions in aqueous solutions usually ironically bounded compounds |
Electrolytes |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Substance dissolved and becomes invisible |
Solute |
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Substance that does the dissolving |
Solvent |
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Most common solvent... |
Water |
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Ability of a solution to allow electric flow |
Conductivity |
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Dissociation |
Separation of ions from a solute in a solution |
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Substances that form ions in aqueous solutions usually ironically bounded compounds |
Electrolytes |
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Compounds that do not form ions in solution and therefore do not conduct electricity |
Non-electrolytes |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Substance dissolved and becomes invisible |
Solute |
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Substance that does the dissolving |
Solvent |
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Most common solvent... |
Water |
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Ability of a solution to allow electric flow |
Conductivity |
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Dissociation |
Separation of ions from a solute in a solution |
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Substances that form ions in aqueous solutions usually ironically bounded compounds |
Electrolytes |
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Compounds that do not form ions in solution and therefore do not conduct electricity |
Non-electrolytes |
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The process of forming ions from a solute in a solution |
Ionization |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Substance dissolved and becomes invisible |
Solute |
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Substance that does the dissolving |
Solvent |
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Most common solvent... |
Water |
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Ability of a solution to allow electric flow |
Conductivity |
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Dissociation |
Separation of ions from a solute in a solution |
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Substances that form ions in aqueous solutions usually ironically bounded compounds |
Electrolytes |
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Compounds that do not form ions in solution and therefore do not conduct electricity |
Non-electrolytes |
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The process of forming ions from a solute in a solution |
Ionization |
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Two liquids that dissolve each other |
Miscible solution |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Solid and solid solution// usually two or more metals |
Alloy |
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Substance dissolved and becomes invisible |
Solute |
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Substance that does the dissolving |
Solvent |
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Most common solvent... |
Water |
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Ability of a solution to allow electric flow |
Conductivity |
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Dissociation |
Separation of ions from a solute in a solution |
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Substances that form ions in aqueous solutions usually ironically bounded compounds |
Electrolytes |
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Compounds that do not form ions in solution and therefore do not conduct electricity |
Non-electrolytes |
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The process of forming ions from a solute in a solution |
Ionization |
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Two liquids that dissolve each other |
Miscible solution |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Solid and solid solution// usually two or more metals |
Alloy |
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Increase molecular movement |
Heating |
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Substance dissolved and becomes invisible |
Solute |
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Substance that does the dissolving |
Solvent |
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Most common solvent... |
Water |
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Ability of a solution to allow electric flow |
Conductivity |
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Dissociation |
Separation of ions from a solute in a solution |
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Substances that form ions in aqueous solutions usually ironically bounded compounds |
Electrolytes |
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Compounds that do not form ions in solution and therefore do not conduct electricity |
Non-electrolytes |
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The process of forming ions from a solute in a solution |
Ionization |
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Two liquids that dissolve each other |
Miscible solution |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Solid and solid solution// usually two or more metals |
Alloy |
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Increase molecular movement |
Heating |
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A measure of the amount of solute that can be dissolved in a given amount of solvent at a given temp |
Solubility |
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Substance dissolved and becomes invisible |
Solute |
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Substance that does the dissolving |
Solvent |
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Most common solvent... |
Water |
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Ability of a solution to allow electric flow |
Conductivity |
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Dissociation |
Separation of ions from a solute in a solution |
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Substances that form ions in aqueous solutions usually ironically bounded compounds |
Electrolytes |
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Compounds that do not form ions in solution and therefore do not conduct electricity |
Non-electrolytes |
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The process of forming ions from a solute in a solution |
Ionization |
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Two liquids that dissolve each other |
Miscible solution |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Solid and solid solution// usually two or more metals |
Alloy |
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Increase molecular movement |
Heating |
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A measure of the amount of solute that can be dissolved in a given amount of solvent at a given temp |
Solubility |
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Substance capable of dissolving |
Soluble |
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Substance dissolved and becomes invisible |
Solute |
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Substance that does the dissolving |
Solvent |
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Most common solvent... |
Water |
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Ability of a solution to allow electric flow |
Conductivity |
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Dissociation |
Separation of ions from a solute in a solution |
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Substances that form ions in aqueous solutions usually ironically bounded compounds |
Electrolytes |
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Compounds that do not form ions in solution and therefore do not conduct electricity |
Non-electrolytes |
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The process of forming ions from a solute in a solution |
Ionization |
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Two liquids that dissolve each other |
Miscible solution |
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Homogenous mixture in which one substance is dissolved |
Solution |
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Substance dissolved and becomes invisible |
Solute |
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Increase molecular movement |
Heating |
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A measure of the amount of solute that can be dissolved in a given amount of solvent at a given temp |
Solubility |
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Substance capable of dissolving |
Soluble |
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Separation of ions from a solute in a solution |
Dissociation |
Separation// dissociation |
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Substance dissolved and becomes invisible |
Solute |
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Substance that does the dissolving |
Solvent |
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The process of forming ions from a solute in a solution |
Ionization |
forming ions// ionization |
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Ability of a solution to allow electric flow |
Conductivity |
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Dissociation |
Separation of ions from a solute in a solution |
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Substances that form ions in aqueous solutions usually ironically bounded compounds |
Electrolytes |
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Compounds that do not form ions in solution and therefore do not conduct electricity |
Non-electrolytes |
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The process of forming ions from a solute in a solution |
Ionization |
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Two liquids that dissolve each other |
Miscible solution |
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