I would pour all three in a beaker of water. The baking soda will dissolve into the water, the sawdust will float, and the sand will sink.
I'd then strain out the sand and saw dust. I'd then boil the water until it all evaporates leaving nothing but baking soda.
To separate this mixture, you could first use a magnet to separate the iron filings. Then, you could add water to dissolve the sugar, leaving the sand and sawdust behind. The sawdust can be separated from the sand by filtration.
To draw a flow chart of the separation of sand and sawdust, you would typically start with a decision point asking if the mixture needs to be separated. Then, you would have two branches: one for the separation of sand and one for sawdust. Each branch would likely include steps such as using a sieve for sand and a filter for sawdust. Finally, the two streams would join back together as separate components.
To separate a mixture of sand, salt, and sawdust, you can use a combination of physical separation techniques. Firstly, use a sieve to separate the sawdust from the sand. Then, dissolve the salt in water, leaving the sand behind. After the salt has dissolved, use evaporation to recover the salt, leaving the sand separated.
You can not separate a mixture of sawdust and sand through filtration process as both of these materials do not pass through the filter paper in the filtration funnel after mixing them in water.
very carefully
pour water in the cup, the saw dust flouts up the sand stays at the bottom
If all three are mixed together you can separate the sawdust from the group with a Sieve filter with holes smaller than the sawdust, but larger than the sand/salt particles. You could then use another sieve, if the sand and salt particles are significantly different in size,...OR add water to the mix....the salt will dissolve into solution leaving the sand behind. Pour off the water and let it evaporate, leaving the salt behind. Put the mixture of sand, salt and sawdust into a quantity of water: the sand will sink to the bottom, sawdust will float and salt will dissolve. Skim off (and dry) the floating sawdust. Pour off the water containing the dissolved salt. This is then heated to cause all the water to evaporate (leaving behind the salt). The remaining residue in the original container (wet sand) can now be dried off with heat.
One way to separate sand from baking soda is by using the method of sieving, where a sieve is used to filter out the larger sand particles from the smaller baking soda particles. Another method is to use water to dissolve the baking soda, leaving the heavier sand particles behind. Finally, you can also try using a magnet to attract any iron filings mixed in with the sand and baking soda.
No, it is not possible to separate baking soda and vinegar as easily as separating baking soda and sand. This is because baking soda and vinegar undergo a chemical reaction when mixed, forming carbon dioxide gas and water. Sand and baking soda, on the other hand, are physically different substances that can be separated by methods like filtration or simply picking out the sand.
If the particles are each of different size, these compounds may be separated based on two selective filtrations using appropriately-sized sieves. If this process is not possible, than separation may be accomplished by dissolving the salt in another polar solvent such as liquid ammonia or methanol (about 1 or 2 grams of NaCl will dissolve per 100mL of these solvents). The sand and sawdust could then be separated using their density, as the sawdust would float and the sand would sink. Evaporation the solvent would yield the solid salt.
Sand.
Add the mixture of sawdust, sand and salt to water. The sawdust will float and can be skimmed form the surface. The salt will dissolve in the water. The sand can be filtered from the mixture which remains. The salt water solution which remains can be heated and the water will evaporate leaving the salt behind.