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Why is Bromine stored in glass containers

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Bromine is a highly reactive element that is stored in glass containers to prevent it from reacting with other substances. Bromine is often found in compounds and can react with virtually anything else, including the walls of plastic or metal containers. Because bromine reacts so quickly with other elements, it must be stored separately from all other substances – especially those that could react with it!

Bromine is very reactive.

Bromine is a halogen element. Halogens are non-metallic elements that react with other elements. They all have seven electrons in their outer shell and are therefore very reactive. Bromine is a liquid at room temperature, which means it can be stored safely in glass containers instead of flammable metal containers or plastic bottles, which could leak and cause damage to the environment around us.

The bromine will attack the wall of the container and will eat through it.

Bromine is highly corrosive. It will dissolve in glass, which is why we store it in glass containers. The bromine reacts with the oxygen in water to form hydrobromic acid, which is corrosive to metals like iron or zinc - that's why those metals are often used for plumbing pipes!

Because bromine is a strong oxidizing agent (it can take electrons from other atoms), it can be used as an agent for bleaching fabrics and making dyes; this makes it useful for many applications including purifying drinking water by removing bacteria from contaminated water sources or cleaning products like swimming pools by killing algae growths on pool surfaces

If you store bromine in a metal container then it reacts with the metal and forms many different compounds.

Bromine can react with metallic iron to form bromide. This reaction is reversible, i.e., you can use heat or another reducing agent to change back from bromide to bromine.

There are several different types of compounds that you can make from mixing Bromine with metals such as copper, silver, gold and zinc. For example if you mix copper(II) sulfate with Br2 solution then it will turn yellow because of formation of CuBr2 complex ionic complex ionic salt which contains Cu+ (aq) cation ZnBr4 anion

The metals such as zinc, aluminum, and magnesium react with bromine by liberating hydrogen gas and forming a salt.

This reaction is used in the production of bromine. The metal reacts with bromine to form a salt called bromide which is insoluble in water but soluble in hydrocarbons like petroleum ether or carbon tetrachloride.

Because of this insolubility, it can be recovered from these solvents by vacuum distillation or filtration.[1]

Bromine is stored in glass containers due to its high reactivity. It reacts with most other non-metallic elements and forms large numbers of compounds, which means that it must be kept separate from virtually anything else in order to maintain its purity.

You might be wondering, "Why is bromine stored in glass containers?"

The answer is simple: Bromine has a high reactivity level and reacts with most other non-metallic elements and forms large numbers of compounds. Therefore, it must be kept separate from virtually anything else in order to maintain its purity.

Bromine is a very reactive chemical. It will react with most other non-metallic elements and form many different compounds. This means that it must be kept separate from virtually anything else in order to maintain its purity. Therefore, it is stored in glass containers because they are nonreactive and noncorrosive; this makes them ideal vessels for storing bromine safely until it is ready for use by chemists or researchers working with dangerous chemicals such as these!

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