13942189
Description
Mind Map by jake braisby, updated more than 1 year ago
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9G Navarro Sequence In Seperating Mixture
- Components of the Given Mixture
- Water
- Alcohol
- AgCl
- Pebbles
- Nickel
- Styrofoam beads
- Water
- Seperation Proper
- Step 1: Use a beaker for the first seperation method to be used
- Step 2: Use Floatation to isolate the styrofoam beads from the mixture
- Styrofoam beads ISOLATED
- Step 3: Prepare a magnet to isolate another component of the mixture
- Step 4: Using the magnet, one can seperate the metallic element, Nickel, from the mixture
- Nickel ISOLATED
- Step 5: For the next component to be seperated, prepare two beakers, thermometer, a heat source and a condensor
- Step 6: You can isolate alcohol from the mixture through Fractional Distillatiom
- Alcohol ISOLATED
- Through Fractional Distillation, the only components left of the mixture are AgCl, water & pebbles
- Step 7: To seperate water from the other components, use Filtration with a funnel and filtration paper with a beaker
- Water ISOLATED
- Step 8: Before seperating the last two components, analyze the present outcome
- Step 9: Through Mechanical Seperation, the mixture can be fully seperated through this last step
- Pebbles ISOLATED
- END OF
SEPERATION/MIXTURE
SEPERATED
- END OF
SEPERATION/MIXTURE
SEPERATED
- AgCl RECOVERED
- Pebbles ISOLATED
- Step 9: Through Mechanical Seperation, the mixture can be fully seperated through this last step
- Water ISOLATED
- Step 7: To seperate water from the other components, use Filtration with a funnel and filtration paper with a beaker
- Alcohol ISOLATED
- Step 6: You can isolate alcohol from the mixture through Fractional Distillatiom
- Nickel ISOLATED
- Step 4: Using the magnet, one can seperate the metallic element, Nickel, from the mixture
- Styrofoam beads ISOLATED
- Step 2: Use Floatation to isolate the styrofoam beads from the mixture
- Step 1: Use a beaker for the first seperation method to be used
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