Rates of Reaction - Marble Chips/Hydrochloric Acid
- Created by: A13
- Created on: 29-05-14 15:55
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- Marble chips and Hydrochloric acid
- Concentration
- If there are more particles, more collisions take place. This is similar to having a tank of fish - if there are many fish, the fish will swim into one another. If the tank has fewer fish, they less likely to swim into each other.
- Collision Theory
- Collision Theory
- Collision Theory
- Collision Theory
- Collision Theory
- Collision Theory
- Collision Theory
- Collision Theory
- Collision Theory
- Collision Theory
- Collision Theory
- Collision Theory
- Collision Theory
- Collision Theory
- Collision Theory
- Collision Theory
- If there are more particles, more collisions take place. This is similar to having a tank of fish - if there are many fish, the fish will swim into one another. If the tank has fewer fish, they less likely to swim into each other.
- Temperature
- The temperature increases the speed at which the particles move, which means the particles collide more frequently and with a higher success rate.
- The temperature increases the speed at which the particles move, which means the particles collide more frequently and with a higher success rate.
- Catalyst
- A chemical that speeds up reactions without being used up itself. Lowers the amount of activation energy/ temperature needed, saving money on fuel. Similar to starting a fight between two people but not being the one to fight.
- A chemical that speeds up reactions without being used up itself. Lowers the amount of activation energy/ temperature needed, saving money on fuel. Similar to starting a fight between two people but not being the one to fight.
- Surface Area
- If the solid particles (in this case, the marble chips) are smaller, they have an increased surface area, meaning they are more likely to collide with the hydrochloric acid particles.
- If the solid particles (in this case, the marble chips) are smaller, they have an increased surface area, meaning they are more likely to collide with the hydrochloric acid particles.
- Concentration
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