pink
Red litmus paper will turn blue due to HBr. HBr is a hydrobromic acid. So therefore the paper will turn blue due to it being an acid.
If you bleach a red sweater, the resulting color may be a lighter shade of red, pink, or white, depending on the type of dye used in the sweater. Bleaching may also weaken the fabric or cause yellowing. It is recommended to spot test a hidden area before attempting to bleach the entire sweater.
No, bleach does not turn urine red. Urine may turn red due to various reasons such as blood in the urine, certain medications, or medical conditions like urinary tract infections or kidney stones. If you notice red urine, it is best to consult a healthcare professional for an evaluation.
DON'T PUT IT IN THE DRYER that will "set" the bledding color! immediately put it back in the washer with a cup of white vinegar. that will lift the bleeding color but not fade the red. If you already put it in the dryer and "set" the bledding color, try using bleach to get the pink out, but don't get it on the red part. THat would turn the red white.
Urine contains compounds that react with bleach, leading to a chemical reaction that produces a pink or red color. This reaction usually occurs when there are high levels of certain substances in the urine, such as blood. It is important to note that this color change can be a sign of a potential health issue, and it is recommended to consult a healthcare professional if you notice this change.
Red litmus paper will turn blue due to HBr. HBr is a hydrobromic acid. So therefore the paper will turn blue due to it being an acid.
It will turn more then likely turn light purple. It's really dependent on the concentration of the bleach in the water and to be truly precise, the pH balance of the water itself. Bleach is an alkali or base rather then acidic. So it's pH balance alone is 13 out of a 14 point scale. So it's very base (or alkali).
You can make red Kool-Aid turn clear by adding bleach or a bleach-based cleaner to the drink. However, it is not recommended to consume bleach as it can be harmful to your health.
I had black hair..i used Splat color called Raspberry or something like that...it comes with a bleaching kit and the dye...so first bleach it. if not, it will just turn out dark red or maroon and thats not what you want. if you bleach it then dye it with the bright red, its killer.
The color become red to brown.
by dying it red or put in the wash with lots of other red cloths
It was desind that way I guess,bleach was desind to get the stains out of things it doesn't nessarly turn things white, it gets stains out, you might have a shirt that is red because you spilt something on it and than washed it with bleach and it got the stain out and so it's back to white it doesn't turn things white. It takes the colour out of things. Like in hair it enters the hair and pulls all the colours out.
If you bleach a red sweater, the resulting color may be a lighter shade of red, pink, or white, depending on the type of dye used in the sweater. Bleaching may also weaken the fabric or cause yellowing. It is recommended to spot test a hidden area before attempting to bleach the entire sweater.
=RED =
For basically two reasons: white clothes are bleached most of the time. But in the case where bleach isn't used, the color from the colored clothes could bleed onto the white clothes, discoloring them.
To turn a red rose white, you can use a method called "bleaching." Carefully cut the stem of the rose at an angle, then place it in a solution of water mixed with a small amount of bleach. The bleach will gradually lighten the color of the petals over time. However, this process can damage the flower and is not recommended for preserving its natural beauty.
Bleach turns yellow when mixed with red cabbage juice due to the chemical reaction between the bleach (sodium hypochlorite) and the pigments in the cabbage juice, primarily anthocyanins. These pigments are sensitive to pH changes and can change color in response to different chemical environments. When bleach is introduced, it alters the pH and oxidizes the anthocyanins, resulting in a yellow hue. This color change is a visual indication of the chemical transformation occurring in the mixture.