Chemical Array: Consciousness, Function, Miscellaneous and Explanation

There are some Some kind of solution. In the chemistry that you can know, to know all kinds of things, you can read the following, these are the talks that the admin gives to you very carefully.

Contents List:

Chemistry

What's chemistry?

Chemistry is the science that studies the nature, the structure and the change in matter of matter, and the interaction between those substances. Chemistry also studies the chemical reactions between the substances, and the connections between those reactions and energy. Chemistry is used in many different fields, such as industry, agriculture, medicine, etc.

Chemical Array

Is that a chemical solution?

Larutan kimia adalah suatu campuran homogen dari dua atau lebih unsur kimia dalam suatu fase cair. Contohnya, air adalah larutan yang paling umum, yang terdiri dari molekul H2O yang merupakan campuran dari unsur-unsur kimia hidrogen dan oksigen. Larutan dapat dibuat dengan mencampurkan zat terlarut dalam cairan pembawa (juga disebut pelarut), seperti air, etanol, atau benzene. Tingkat kekentalan larutan disebut konsentrasi, yang dapat dinyatakan dalam berbagai cara, seperti persentase massa, molalitas, atau molaritas.

All sorts of chemistry and understanding.

What kind of chemical solution?

There are many kinds of chemical solution that can be made, depending on the type of matter that is dissolved and concentrated. Some examples of some sort of chemical solution among others:

Electrolyte barrelIt's an ion- ion solution that flows electricity. Example: Nacl solution, KNO3 (nitrate), HCl (chloride acid), etc.
Non-electrolyte barrelIt's a solution that doesn't contain ion- ions that can conduct current electricity. Example: sucrose solution, acetate acid, et cetera.
Increasing, which is a solution that has a high concentration of solute. Example: the sugar solution created by mixing sand sugar with water is not dissolved anymore.
Liquid flow, which is a solution that has a low concentration of solute. Example: the salt solution of the kitchen is made by mixing the kitchen salt with water until it's completely dissolved.
Sour solution, which is a solution that has pH under 7. Example: HCl solution, acetate acid, etc.
Base blended, which is a solution that has pH over 7. Example: NAOH solution (sodium hydroxide), KOH (potassium hydroxide), etc.

In addition, there's also a standard solution used to measure the concentration of the solution in a solution. Example: standard NACl solution used to measure the concentration of kitchen salt in a solution.

1. Electrolyte barrel

The electrolyte solution is a solution that can flow electricity because of the ion- ion that is dissolved in it. The ion can come from the process of exploitation, which is a process where an ionized compound becomes a positive and negative ion. For example, salt solution can flow electricity because it has Na + ions and CKs that are dissolved in it. The electrolytes can be strong or weak, depending on the amount of ions that are dissolved in them. Strong electrolytes can channel electricity easily, while weak electrolytes solution can only channel current with a little bit of resistance.

2. Non-electrolyte barrel

Non-electrolyte barrel is a solution that can't stream electricity because it doesn't have a dissolved ionion in it. For example, sugar solution can be categorized as a nonelectrolyte solution because it doesn't have ionions that can run electricity. Non-electrolytes can be polar or nonpolar, depending on the properties of the dissolved molecules in them. Polar lentils have a negative and positive charge that is distributed unevenly, whereas nonpolar solution has no negative or positive charges that are distributed evenly.

3. Increasing

Medium solution is a solution that has a high concentration, so it has a high viscosity too. This means that a dense solution will feel thicker when in hand compared to a solution that has lower concentration. For example, sugar solution made by mixing a lot of sugar into the water will be thicker than with sugar solution made by mixing a little bit of sugar into the water. The concentration of solution can be expressed in many different ways, such as the percentage of mass, molality, or molarity.

Four. Liquid flow

The liquid solution is a homogeneous mixture of two or more chemicals in the liquid phase. For example, water is the most common solution, which is a molecule of H2O which is a mixture of unsura2-chemical elements of hydrogen and oxygen. The solution can be made by mixing a solution in a carrier fluid (also called a solvent), like water, ethanol, or benzene. The regularity rate is called concentration, which can be stated in many ways, such as the percentage of mass, molality, or molarity. Liquid flow can be electrolyte or nonelectrolyte, depending on whether the solution contains ionions that can run electricity or not.

5. Sour solution

The acid solution is a solution that contains H + ions that can flow electricity. The Ion H + can come from the ignition process, which is a process where a compound is ionized into positive and negative ions. For example, chloride acid solution contains H + ions and CKs that can flow electricity. The acid flow can be strong or weak, depending on the amount of H + ions that are dissolved in it. Strong acid flows electricity easily, whereas the faint acid solution can only take a little bit of a hitch.

Six. Base blended

The base solution is a solution containing OH-ions that can flow electricity. The OH- can come from the process of exploitation, which is a process where an ionized compound becomes a positive and negative ion. For example, the sodium hydroxide solution contains Na + ions and OH- which can conduct electricity flow. Bases can be strong or weak, depending on the amount of ions OH- that are dissolved in them. A strong base can easily stream electricity, while a weak base solution can only channel electricity with a little bit of resistance.

Conclusion

Now that's the explanation of Chemical solution Admin can tell you about the chemical articles I described upstairs that are easily able to provide useful information and add to your knowledge.