What is the Difference Between Chlorine and Chloride?
🆚 Go to Comparative Table 🆚Chlorine and chloride are different forms of the same element, but they have distinct properties and effects on various substances. Here are the key differences between chlorine and chloride:
- Form: Chlorine (Cl2) is a greenish-yellow, highly reactive, diatomic gas, while chloride (Cl-) is a negatively charged anion.
- Stability: Chlorine is unstable, volatile, and can easily be broken down by light. In contrast, chloride is stable, highly soluble, and easily taken up by plants.
- Toxicity: Chlorine is a toxic, corrosive gas used in the manufacture of bleaching agents and disinfectants. Chloride is non-toxic and readily adsorbed by plants.
- Electrolyte: Chloride is considered an electrolyte, which is a salt or ion in the blood or other bodily fluids that carries an electric charge. Electrolytes play a crucial role in hydration, electrical impulses in nerves, and heart function.
- Sources: Chlorine is often produced commercially and is widely known for being used within compounds to purify water. Chloride is abundantly found in nature, such as in soil, seawater, and underground deposits.
In summary, chlorine is a highly reactive gas, while chloride is a stable, non-toxic anion that serves as an essential electrolyte in various biological processes.
On this pageWhat is the Difference Between Chlorine and Chloride? Comparative Table: Chlorine vs Chloride
Comparative Table: Chlorine vs Chloride
Here is a table highlighting the differences between chlorine and chloride:
Property | Chlorine | Chloride |
---|---|---|
Definition | Chlorine is a chemical element and a greenish-yellow, highly reactive, diatomic gas. | Chloride is the negatively charged ionic form of chlorine, created when chlorine gains an electron and combines with other elements. |
Electronegativity | Chlorine is highly electronegative. | Chloride is less or not electronegative. |
Formation | Chlorine is a halogen element found in the periodic table. | Chloride is formed when chlorine reacts with other chemicals to create compounds. |
Examples | Chlorine is used in purifying water and as a component of cleaning products. | Common chloride compounds include sodium chloride (table salt), potassium chloride, and calcium chloride. |
Biological Role | Chlorine is not essential for biological processes and can be toxic at higher levels. | Chloride is essential for plant photosynthesis, is an electrolyte that plays a major role in nervous system function, and is safe for consumption. |
Please note that there is no danger in consuming chloride, as it is a necessary component for biological function. The concern lies with chlorine, which can be toxic at higher levels and is not essential for biological processes.
Read more:
- Chloride vs Chlorate
- Chlorite vs Chloride
- Chlorine vs Chlorine Dioxide
- Chlorine vs Bleach
- Bromine vs Chlorine
- Chlorine Atom vs Chloride Ion
- Chlorine vs Chloramine
- Chlorate vs Perchlorate
- Chlorine vs Sodium Hypochlorite
- Sodium vs Sodium Chloride
- Oxygen Bleach vs Chlorine Bleach
- Free Chlorine vs Total Chlorine
- Hydrochloride vs Dihydrochloride
- Hydrogen Chloride vs Hydrochloric Acid
- Calcium Chloride vs Sodium Chloride
- Halogens vs Halides
- Chlorine vs Non Chlorine Bleach
- Sodium Chlorite vs Sodium Hypochlorite
- Chlorination vs Sulfonation