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SEQUENCE IN SEPERATING MIXTURES

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SEQUENCE IN SEPERATING MIXTURES
Mixtures
- Pebbles
- Styrofoam beads
- AgCI
- Nickel
- Alcohol
- Water
- Steps For Seperation
- Step 1 : Use a magnet to seperate the metals (Nickel) away from the mixture.
- Step 2.1 : Since there's no more nickel, seperating the alcohol is next using fractional distillation.
- Step 2.2 : Since alcohol's boiling point is 75 while the boiling point of water is 100, changing the temperature to 78 or less than 100 degrees can easily make the alcohol evaporate through the condenser and the vapor will turn back to liquid and be placed in a new container or beaker.
- Step 3 : After taking the alcohol away, we need to decant the AgCl to seperate then precipitate the water
- Step 4: To take away the styrofoam beads, we simply using filtration to take away the beads.
- Step 5 : Lastly, we use mechanical seperation to easily seperate the pebbles from the mixture.
- Step 4: To take away the styrofoam beads, we simply using filtration to take away the beads.
- Step 3 : After taking the alcohol away, we need to decant the AgCl to seperate then precipitate the water
- Step 2.2 : Since alcohol's boiling point is 75 while the boiling point of water is 100, changing the temperature to 78 or less than 100 degrees can easily make the alcohol evaporate through the condenser and the vapor will turn back to liquid and be placed in a new container or beaker.
- Step 2.1 : Since there's no more nickel, seperating the alcohol is next using fractional distillation.
- Step 1 : Use a magnet to seperate the metals (Nickel) away from the mixture.
9-D Balcueva
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- Mind Map on SEQUENCE IN SEPERATING MIXTURES, created by Joshua Balcueva on 04/08/2016.
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- Joshua Balcueva
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