You would get sick and may die but ONLY IF you drank it out of the bottle, not in a pool.
To make 2 gallons of water with 100 ppm of chlorine bleach, you would need to add 2.11 milliliters of bleach.
If the vocal cords are damaged, this can indeed happen. Usually, I would expect this to be related to oral consumption of chlorine bleach, which is potentially lethal. Consider risk for self-harm.
Chlorine bleach is a base so a base and an acid will give you a salt (or ionic compound) and water. In order to come up with the equation for the reaction, you would need the formula of chlorine bleach and of the acid you are reacting it with.
Yes, the effectiveness of chlorine bleach can be influenced by temperature. Higher temperatures can increase the bleaching and disinfecting properties of chlorine bleach, while lower temperatures may slow down or limit its effectiveness. It is best to use chlorine bleach at the recommended temperature for optimal results.
Mixing turpentine with bleach can create toxic fumes that are harmful when inhaled. These fumes can irritate the respiratory system and lead to symptoms such as coughing, shortness of breath, and chest pain. It is important to avoid combining these two chemicals to prevent potential health hazards.
To make 2 gallons of water with 100 ppm of chlorine bleach, you would need to add 2.11 milliliters of bleach.
If the vocal cords are damaged, this can indeed happen. Usually, I would expect this to be related to oral consumption of chlorine bleach, which is potentially lethal. Consider risk for self-harm.
it would be hard t bleach a person why why would anyone want to do that?
It would be best to use a non-chlorine bleach, such as oxy-clean. Chlorine bleach tends to leave a yellow tinge onrayon or polyester type fabrics.
It would be best to use a non-chlorine bleach, such as oxy-clean. Chlorine bleach tends to leave a yellow tinge onrayon or polyester type fabrics.
Poo is not a living organism. If there are living organisms in it, mostly bacteria, they would be killed by bleach. That is one of the reasons swimming pools have chlorine in them. Bleach is often used as an in expensive disinfectant and can even be used to render water safe to drink (in very small quantities!).
Okay, well, let's look at it this way. Chlorine is basically bleach. We can drink water with chlorine in it because it's in such a small, minute amount compared to our physical size, that it's not dangerous. But, if you poured, oh, let's say half a cup of bleach into a large glass of water, would you drink that? I'm thinking not. And, I'm also thinking that you wouldn't take a bath in a tub that had about a quart or two of bleach in it. You wouldn't because it is caustic and would burn your skin and throat and eat your stomach lining and you would die from lesions and internal bleeding. Smaller doses may damage and kill more slowly, but it will eventually kill.
Chlorine bleach is a base so a base and an acid will give you a salt (or ionic compound) and water. In order to come up with the equation for the reaction, you would need the formula of chlorine bleach and of the acid you are reacting it with.
Yes, the effectiveness of chlorine bleach can be influenced by temperature. Higher temperatures can increase the bleaching and disinfecting properties of chlorine bleach, while lower temperatures may slow down or limit its effectiveness. It is best to use chlorine bleach at the recommended temperature for optimal results.
Mixing turpentine with bleach can create toxic fumes that are harmful when inhaled. These fumes can irritate the respiratory system and lead to symptoms such as coughing, shortness of breath, and chest pain. It is important to avoid combining these two chemicals to prevent potential health hazards.
Mixing bleach with fecal matter can create toxic gases like chlorine gas, which are harmful to inhale. It is not recommended to mix bleach with other cleaning products, including feces, as it can result in dangerous chemical reactions. Instead, it is best to clean the toilet with bleach separately after properly disposing of the waste.
Chlorine bleach can react with natural fibers like cotton and break down the fibers, causing them to weaken and appear yellow. This discoloration is often irreversible and can occur when the bleach is left on the fabric for too long or used in excessive amounts.