Yes, fluorine can bleach indicator paper. Fluorine is a highly reactive element and can react with organic dyes used in indicator papers, leading to the degradation of the dyes and resulting in bleaching. This reaction can change the color of the paper, rendering it ineffective for its intended purpose of indicating pH or other chemical properties.
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.
No, bleach is not a universal indicator. Universal indicators are mixtures of dyes that change color across a range of pH values, while bleach is a strong oxidizing agent commonly used for disinfection and cleaning purposes.
Carbon itself does not bleach indicator paper; it is a stable element that typically does not react with the dyes used in such papers. However, if carbon is part of a compound or mixture that can produce bleaching agents (like certain oxidizers), it could indirectly lead to bleaching effects. Generally, traditional carbon sources, like charcoal, do not have bleaching properties. For accurate results, it's essential to consider the specific chemical context.
it would turn blue because bleech is a base.
Well, isn't that a happy little question! Beryllium is a metal that doesn't typically react with indicator paper to cause bleaching. Indicator paper usually changes color in the presence of acids or bases, not beryllium. Remember, every element has its own unique way of interacting with the world around it, just like how every brushstroke creates a different part of a beautiful painting.
Fluorine gas reacts with moisture in the air to form hydrofluoric acid, which would likely cause wet indicator paper to change color or become more acidic. This can be detected by a change in color on the indicator paper, indicating the presence of fluorine gas.
Bleach? "pink indicator paper" is way too vague to give a meaningful answer to this question.
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.
Bleach is a basic solution, so it will turn universal indicator to a purple color. This indicates a high pH level in the bleach solution.
To test if bleach is basic, you can use pH paper or a pH meter. Simply dip the pH paper into the bleach solution or measure the pH directly with the meter. If the pH reading is above 7, the solution is considered basic. Additionally, you can add a few drops of a universal indicator solution; a color change toward blue or purple would confirm that the bleach is basic.
purple
The color of universal indicator solution for bleach is typically blue or purple, indicating a high pH level.
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.
Bleach typically turns a greenish-yellow color when tested with universal indicator due to its high pH level. This indicates that bleach is a strong base.
No, bleach is not a universal indicator. Universal indicators are mixtures of dyes that change color across a range of pH values, while bleach is a strong oxidizing agent commonly used for disinfection and cleaning purposes.
Carbon itself does not bleach indicator paper; it is a stable element that typically does not react with the dyes used in such papers. However, if carbon is part of a compound or mixture that can produce bleaching agents (like certain oxidizers), it could indirectly lead to bleaching effects. Generally, traditional carbon sources, like charcoal, do not have bleaching properties. For accurate results, it's essential to consider the specific chemical context.
The indicator is litmus paper. :)