A soute is the solid that dissolves into a liquid. The Solvent is the liquid in which a solid is dissolved into.
Strong acids and bases conduct more electricity than weak ones because they ionize completely in solution, creating more charged particles that can carry electric current. Weak acids and bases only partially ionize, resulting in fewer charged particles and lower conductivity.
It can be all three. First, it's a solution. They put the ingredients into water, stir till they dissolve, and they have soda. So there's your solution. Now get some salt, or some sugar, or some other powder that dissolves in water, and put it in the soda. Stir till it dissolves. Now the soda is a solvent. (Soda contains phosphoric acid, and if you put soda on rusty metal it will dissolve the rust, but that takes a while.) Next, get a gallon of water and pour a can of soda into it. Stir. The soda has dissolved into the water, and is now a solute.
soulte and soulte
SOLVENT
Concentrated
the blank at the beginning is that it is a SOLUBILITY!
Because water is a soulte and solvent is not
Water isn't a solution it's a liquid, a soltion refers to soulte dissolved in a solvent E.G. NaCl(aq) this is a soltion of sodium chloride in water, water is the solvent NaCl is the solute. This is an ionic example. E.G. 2 Phosphorus in carbon disulphide - P4 is the solute, CS2 is the solvent - this is a covalent example
Strong acids and bases conduct more electricity than weak ones because they ionize completely in solution, creating more charged particles that can carry electric current. Weak acids and bases only partially ionize, resulting in fewer charged particles and lower conductivity.
The term that describes a solution containing too much solute is "supersaturated." In a supersaturated solution, the concentration of solute exceeds the solute's solubility limit at a given temperature and pressure, leading to potential crystallization if disturbed. This condition can occur when a solution is prepared at a higher temperature and then cooled, allowing more solute to dissolve than would normally be possible at the lower temperature.
Stirring increases the speed of a solute dissolving in water by promoting the movement and interaction between the solute particles and the solvent molecules. This agitation helps to disperse the solute throughout the solvent more evenly and increases the contact between them, facilitating the breaking of solute bonds and the formation of solute-solvent interactions. Additionally, stirring helps to remove the layer of concentrated solute around the dissolving particles, allowing fresh solvent to come into contact with them and accelerating the dissolution process.
It can be all three. First, it's a solution. They put the ingredients into water, stir till they dissolve, and they have soda. So there's your solution. Now get some salt, or some sugar, or some other powder that dissolves in water, and put it in the soda. Stir till it dissolves. Now the soda is a solvent. (Soda contains phosphoric acid, and if you put soda on rusty metal it will dissolve the rust, but that takes a while.) Next, get a gallon of water and pour a can of soda into it. Stir. The soda has dissolved into the water, and is now a solute.