0
What else can I help you with?
Can you make solids dissolve faster by cooling the solution?
No, cooling a solution generally decreases the solubility of solids, which can slow down the dissolution process. In most cases, increasing the temperature of a solution can help solids dissolve faster because it speeds up the kinetic energy of the particles, causing more collisions and enhancing the dissolution rate.
What are two substances make up a solution?
A solvent and a solute make a solution. For example common salt and water form a solution. Here water is solvent and common salt is solute.
What are the general name of chemicals that make up solution?
The chemicals that make up a solution are typically called solutes and solvents. Solutes are the substances that are dissolved in the solvent to create a solution. The solvent is the substance in which the solute dissolves.
What makes up solution?
A solution is composed of a solute, which is the substance that is dissolved, and a solvent, which is the substance that dissolves the solute. The solute particles are dispersed and evenly distributed throughout the solvent, creating a homogenous mixture. Being a mixture, the composition of a solution can vary depending on the ratio of solute to solvent.
Which of the following is a Solution?
A solution is a homogeneous mixture made up of two or more substances.
What do several solids make up?
several different solids make up a solution
What is an example of a mechanical mixture or a solution that is made up of two or more solids?
An example of a mechanical mixture of two or more solids is a bowl of mixed nuts, where you can physically see each type of nut separately. An example of a solution made up of two or more solids is saltwater, where the salt particles are dissolved in the water and cannot be visually distinguished from each other.
Can you make solids dissolve faster by cooling the solution?
No, cooling a solution generally decreases the solubility of solids, which can slow down the dissolution process. In most cases, increasing the temperature of a solution can help solids dissolve faster because it speeds up the kinetic energy of the particles, causing more collisions and enhancing the dissolution rate.
What is the result of mixing liquids called?
Products or solution. When two objects (solids, liquids or gases) are mixed, the original two are the reactants, where the new objects created are called the products. If the reactants are both liquid, they make up a solution.
What are solutions made up of only solids called?
A solution made up of only solids is called a solid solution. These can be formed when atoms of different elements mix together in a solid state to create a homogenous material.
What are two substances make up a solution?
A solvent and a solute make a solution. For example common salt and water form a solution. Here water is solvent and common salt is solute.
What structural make up metallic solids?
Metallic solids are composed of individual atoms.
What are two ways a mineral can form from a solution?
One way a mineral can form from a solution is through precipitation, where dissolved ions in a solution come together to form solid mineral crystals. Another way is through evaporation, where the solution holding the dissolved ions dries up, causing the minerals to crystallize and precipitate out.
What structural make up network solids?
Nonmetal atom
What structural unit make up network solids?
Nonmetal atom
What are the general name of chemicals that make up solution?
The chemicals that make up a solution are typically called solutes and solvents. Solutes are the substances that are dissolved in the solvent to create a solution. The solvent is the substance in which the solute dissolves.
What do solution and colloid have in common?
They are all something in something else. Suspensions are colloids. Colloids are something small dispersed in something else - solids in liquids (a suspension), gases in liquids, gases in solids etc etc Solutions are one phase - a liquid, but at least 2 compounds make up that phase.
