Reaction Chlorine facts

While investigating facts about Reaction Chlorine And Water and Reaction Chlorine And Potassium Iodide, I found out little known, but curios details like:

Nitrogen trichloride, also known as trichloramine, is responsible for that common swimming pool smell. This yellow, oily, pungent-smelling and explosive liquid is most commonly encountered as a byproduct of chemical reactions between ammonia-derivatives and chlorine.

how many chlorine atoms are on the products side of the reaction?

The Chlorine smell in pools actually comes from the chemical reaction of Chlorine, urine, and body oils.

What happens when sodium undergoes a chemical reaction with chlorine?

In my opinion, it is useful to put together a list of the most interesting details from trusted sources that I've come across answering what is the ionic equation for the reaction of chlorine with potassium iodide. Here are 21 of the best facts about Reaction Chlorine And Sodium Hydroxide and Reaction Chlorine And Potassium Bromide I managed to collect.

what are the symptoms of allergic reaction to chlorine?

1. The smell at the swimming pool mainly comes from trichloramine (and not that much from pure chlorine), which is the product of the reaction of chlorine with urea (found in sweat or urine)

2. The 'clean smell' in swimming pools is a chemical reaction between pee and chlorine, which creates a chemical that causes asthma and respiratory issues. A swimming pool of 830k litres can contain 75 litres of urine. Even professional swimmers admit peeing during rigorous training sessions.

3. The traditional "chlorine" smell around pools is not chlorine, rather trichloramine - a chemical reaction caused by pee.

4. The "chlorine smell" from indoor pools is due to the reaction of chlorine with pee creating trichloramine. Chlorine dissolved in water is actually odorless.

5. The characteristic scent of a pool is not caused by the Chlorine, but by the reaction between the Chlorine and Urine.

6. The chlorine smell from a swimming pool isn't chlorine but instead a byproduct of a chlorine and urine reaction, proving every pool ever has contained pee.

7. The classic chlorine "pool smell" is actually a reaction between pee and chlorine

Why is reaction between methane and chlorine?

You can easily fact check why is the reaction between methane and chlorine in the presence of sunlight by examining the linked well-known sources.

The classic "Pool" smell isn't just chlorine, it is the reaction of chlorine with pee - source

The classic chlorine smell from pools is not from chlorine, but a reaction of PEE and chlorine together! - source

The typical smell in pools doen't come from chlorine, as a lot of people think. That smell comes from trichloramine, which is the product of the reaction urine + chlorine. Actually, chlorine alone doen't have a smell at all. That means the people who pee in pools are responsible for that smell

Red eyes from a pool is caused by a chemical reaction between urea and chlorine. Also, there are 30-80 ml of urine per person in a pool. - source

What happens when sodium undergoes a chemical reaction with chlorine?

The "chlorine smell" in public pools is actually due to chlorine's reaction with urine (pee) in the pool to form Trichloramine. Chlorine in clean water actually has no smell.

How to treat allergic reaction to chlorine?

The clean swimming pool smell is actually a chemical reaction between pee and chlorine, creating a chemical that has been linked to asthma and respiratory issues. A 830k litres pool can contain 75 litres of urine. Even professional swimmers admitted to peeing in pools during training.

The characteristic smell of chlorine we associate with swimming pools doesn't come from chlorine, but from trichloramin, which usually is a byproduct of a urine and chlorine reaction