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- Remove the iron filings using a magnet (set aside)
- Mix the salt and sand with water
- Run the mixture through a filter paper, leaving the sand (set aside)
- Boil the water until it evaporates, turns into a gas and runs through tubes to a separate chamber *
- remove the sand (set aside)
- remove the water (set aside)
- ALL DONE !(:
*distillation-look up model
What else can I help you with?
What are the steps to separate iron filings sand and salt?
Hold a magnet over it and the iron will fly out of the salt and stick to it, and the salt will stay there.
How do you separate a mixture of sand salt chalk dust and amp iron filings.?
First remove iron filings with a magnet. That leaves sand, salt and chalk dust. Add water which dissolves the salt, and filter leaving the sand and chalk dust on the filter paper. Put that back in water and add acid to dissolve the chalk dust (CaCO3) leaving the sand as a solid. Filter to obtain the sand. The chalk dust will now be in the acid as CO2 and H2O and the Ca salt of the acid.
How can you physically separate a mixture of iron fillings table salt and white sand?
by putting all of the substances on a sheet or plate and then using a magnet underneath to pull the iron fillings away. then for your table salt and white sand you just use small mesh and voila! all wrong ... 1st, use magnet to separate the iron filling from the mixture of sand with table salt 2nd add water to dissolve the salt from the mixture with the sand and filtrate the liquid sand has separated from mixture of salt 3rd place the the filtrate liquid to a burner with a evaporating dish, the water will be evaporate and the remaining residue would be the small crystal particles which is the salt.
How do you separate iron powder and salt?
Mix the salt and powder together in water until the salt dissolves. Pour the mixture through filter paper to separate the powder from the water. Boil the water so it evaporates and leaves the salt behind. If the powder is iron, you can use a magnet to separate them rather than mixing in water.
A homogeneous mixture contains the following substances mothballs salt iron fillings and sand how will you separate one from another?
Use a magnet to remove the iron, then distill the water, leaving the salt behind as the water is condensed into another container.
What happen when you add table salt and iron filings?
When you add table salt and iron filings together, they do not react chemically. The salt and iron filings will remain as separate entities in the mixture.
Can you separate salt from iron filings by using a bigger magnet?
U can separate salt and iron filings from each other by using a bigger magnet . There are other ways too . You can also put both of the mixture in a cup of water and watch as the salt evaporate or disappear . But the iron filings will come to the top . Or spreading the mixture on a table and using a magnet to separate them .
Can you separate salt and iron filings?
Iron fillings can be separated: - with a magnet - after the dissolution of the mixture, by filtering
How will you separate a mixture of salt and sand will it be different if the mixture consists of iron filling instead of salt explain?
To separate a mixture of salt and sand, you can use the method of dissolving the salt in water and then filtering the sand out. If the mixture consists of iron filings instead of salt, you can use a magnet to attract and separate the iron filings from the sand. This method works since iron is magnetic while sand is not.
How can you separate a mixture of sand iron filings and salt?
To separate a mixture of sand, iron filings, and salt, you can use a magnet to remove the iron filings, then dissolve the salt in water and filter the sand out. Lastly, evaporate the water to obtain the salt.
A container of salt was accidentally poured into a jar of iron filings luckily salt and iron filing form a heterogenous mixture what is heterogenous mixture how can you separate these two material?
A heterogeneous mixture is a combination of two or more substances that are not uniformly distributed and can be visibly distinguished. To separate salt and iron filings, you can use a magnet to attract and pull out the iron filings, leaving the salt behind. Alternatively, you can dissolve the salt in water and then use filtration to separate the undissolved iron filings.
How would you separate a mixture of water sand salt and iron filings into its four components?
In solution, the salt will be dissolved in the water, the sand and iron will settle to the bottom of the container. Separate out the water, evaporate the water and the salt will remain, separate the sand and iron filings with a magnet.
How you would separate a mixture of water sand salt and iron filings into its four component parts?
In solution, the salt will be dissolved in the water, the sand and iron will settle to the bottom of the container. Separate out the water, evaporate the water and the salt will remain, separate the sand and iron filings with a magnet.
How do you separate table salt aluminum filings iron filing?
Use a magnet to remove the iron filings. The add water to dissolve the salt, and the aluminum filings will settle to the bottom of the container. Pour that salt water into a pan, heat it and evaporate the water, leaving the salt in the pan.
How would you separate gold dust from a mixture of iron filings and salt?
Mix with water, the pass through a filter paper. The salt will be dissolved in the water so it will be removed with the water, leaving the iron filings and gold dust on the filter paper. Leave this to dry then separate off the iron filings using a magnet, leaving behind the gold.
How will you separate a mixture of common salt camphor and iron filings describe the process?
Iron is separated with a magnet.Camphor is extracted with acetone.
Explain how you would separate a mixture of water sand salt and iron filings into its four component parts?
Use a magnet to separate the iron filings. Add water to dissolve the salt, then use filtration to separate the sand from the solution. Finally, evaporate the water to recover the salt.
