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SEQUENCE IN SEPARATING MIXTURES

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SEQUENCE IN SEPARATING MIXTURES
Kyen Canchico 9-D
Mixture
- Water
- Alcohol
- STEPS IN SEPARATING MIXTURE
- Step 1: PHYSICAL SEPARATION (Magnet)
- The mixture is now left with water, alcohol, pebbles, styrofoam beads and AgCl
- - use a magnet to remove the nickel from the mixture.
- Step 2: FRACTIONAL DISTILLATION
- -since alcohol's boiling point is 75 degrees, we can use fractional distillation and heat it to 80 degrees so that the vapor of the alcohol will be transferred to another beaker.
- By this time, the alcohol will be separated and the mixture will be left with water, AgCl, pebbles, and styrofoam beads.
- -since alcohol's boiling point is 75 degrees, we can use fractional distillation and heat it to 80 degrees so that the vapor of the alcohol will be transferred to another beaker.
- Step 4: MANUAL SEPARATION
- - now we can manually separate the pebbles and styrofoam bead from the water.
- Finally we have successfully separated each substance from the mixture
- - now we can manually separate the pebbles and styrofoam bead from the water.
- Step 3: FILTERING
- - now we need to separate AgCl from the mixture. We can filter the AgCl from the mixture.
- After this technique we are left with water, pebbles, and styrofoam beads.
- - now we need to separate AgCl from the mixture. We can filter the AgCl from the mixture.
- Step 1: PHYSICAL SEPARATION (Magnet)
- AgCl
- Pebbles
- Nickel
- Styrofoam beads
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- Descrição
- Mind Map on SEQUENCE IN SEPARATING MIXTURE, created by KYEN GILFRANC CA on 04/08/2016.
- Criado por
- KYEN GILFRANC CANCHICO
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- Criado por KYEN GILFRANC CANCHICO · 4 ago 2016
- Copiado por KYEN GILFRANC CANCHICO · 4 ago 2016
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