it would turn blue because bleech is a base.
Soil will be degraded.
No, the pH of chlorine bleach cannot be accurately determined with a plant-derived indicator. Chlorine bleach is highly alkaline, with a pH typically around 12-13, which might not be within the range that a plant-derived indicator can effectively measure. It would be better to use a suitable pH meter or paper strips for this purpose.
Putting bleach into a plant would likely harm or kill the plant. Bleach is a strong chemical disinfectant that can cause damage to plant cells and disrupt their ability to photosynthesize and uptake water and nutrients. It is not safe to use bleach on plants.
Mixing water with household bleach to bleach your hair can be extremely damaging. Household bleach is not meant for use on hair and can cause severe chemical burns, hair breakage, and scalp irritation. It's important to use hair bleach specifically formulated for the purpose and follow instructions carefully to avoid damaging your hair and scalp.
My indicator can display up to 16.7 million different colors.
Your clothes would get cleaner.
If you poor bleach on a guitar you just would ruin it, who would ask a silly question like that anyway!??
Household bleach is a strong base, typically with a pH of around 11-13, which is outside the color range of universal indicator, making it difficult to accurately measure its pH using this indicator. Universal indicator is more useful for measuring pH in the neutral to slightly acidic range. To accurately measure the pH of bleach, a pH meter or pH paper with a broader range would be more suitable.
Soil will be degraded.
No, the pH of chlorine bleach cannot be accurately determined with a plant-derived indicator. Chlorine bleach is highly alkaline, with a pH typically around 12-13, which might not be within the range that a plant-derived indicator can effectively measure. It would be better to use a suitable pH meter or paper strips for this purpose.
Putting bleach into a plant would likely harm or kill the plant. Bleach is a strong chemical disinfectant that can cause damage to plant cells and disrupt their ability to photosynthesize and uptake water and nutrients. It is not safe to use bleach on plants.
Dishwater detergent with a bit of water would be in the pH range of 3-6.
The most likely outcome is that the food coloring color would disappear as it was bleached.
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.
If you put bleach on an orange dress, the orange color would likely lighten or turn into a lighter shade. Bleach has a bleaching effect on fabrics, which can cause colors to fade or change. It is always recommended to test bleach on a small, inconspicuous area of the fabric before applying it to the entire garment.
Methyl red is not suitable for measuring the pH of bleach due to the presence of strong oxidizing agents in bleach, which can react with and potentially destroy the dye. Instead, pH indicators that are stable in the presence of strong oxidants, such as phenolphthalein or bromothymol blue, would be more appropriate for indicating the pH of bleach.
what would happen if scientists were testing to see if a substance was safe to drink and used phenolphthalein as an indicator and what would happen if the test was done using methyl orange