just dissolve both of them in conductivity water separately in two beakers, and then pass electricity through both of them. the circuit will be a closed one in case of water containing salt as solute, on the othr hand circuit will be open in case of water having sugar as solute since the latter is a non-electrolyte. note that the water u teke must be minimum doubled disstiled water.
-Like most problems, this can also be solved with fire.
-Plus, one can be made sticky.
-Put a few grains in an open wound, salt causes more pain.
-Ants usually won't run off with a piece of salt.
-I've heard one conducts electricity; find out. Be Safe.
A straightforward method is to prepare a water solution of each one and determine whether the solution will readily conduct electricity; only the salt solution will.
make crystals by letting water evaporate. find pictures of each crystal online. match pic with crystal.
- by chemical analysys
- by microscopic examination of the crystals
- measuring some physical parameters as refractive index, lattice parameter etc.
boil it to see if the sugar will dissolve to the bottom
With your own hydrometer.
Dissolve it in water, feed it to the fishes;)
Sugar is a sweet tasting crystalline solid which you can eat. Sodium is a highly reactive soft metal which would react violently with the water in your mouth.
Simple dont u know science just boil the water and check if there is any salt residue..............................
If you add sugar to a full glass of water the water will overflow. Although you can't see sugar in the water solution it still takes up space.
When common sugar (Sucrose) is dissolved in water it is converted into two units ,Glucose and Fructose so you Can not get back same sugar from water.
You could siphon out the contents of the fuel tank and discover water but to prove it is sugar water would take a chemical analyse and it still wouldn't prove who or how it got in there.
Dissolve it in water, feed it to the fishes;)
You could measure its resistance; the saltier it is then the better conductor it is.
Sugar is a sweet tasting crystalline solid which you can eat. Sodium is a highly reactive soft metal which would react violently with the water in your mouth.
You can evaporate the water and the sugar will be left behind. You could also very carefully boil the water and leave the sugar behind.
By simply boiling the water, and checking if there is any salt residue.
Monosaccrides are the simplest form of sugar, they cannot be broken down any further. Some of them include glucose, and fructose. They are usually colorless, are water soluble, and are sweet tasting. monosaccrides are the simplest form of sugar, they cannot be broken down any further. Some of them include glucose, and fructose. They are usually colorless, are water soluble, and are sweet tasting.
Impossible to answer without knowing the concentrations of the sugar and salt water.
You might notice a different taste - although tasting the water is also a kind of test.
If you meant, how could you separate a mixture of sugar and sand, then you can disolve sugar in water, filter the sand out of the sugar water solution, then evaporate the water to get the sugar back by boiling it.
Sugar water is an example of a solution. This is because the sugar dissolves into the water without being changed chemically.
Yes, sugar can dissolve even without stirring, and even in cold water, it just takes longer. It will eventually dissolve.