The indicator you are describing is phenolphthalein. In neutral or acidic solutions, phenolphthalein remains colorless, but when the pH exceeds approximately 8.2, it changes to a vibrant magenta, indicating a basic environment. This property makes it useful in titrations and various chemical analyses to visually signal pH changes.
A neutral solution will turn universal indicator green.
Phenolphthalein is colorless when in contact with water or any neutral solution. It only turns pink or magenta in the presence of basic solutions with a pH greater than 8.2.
The Universal Indicator would go green which is pH 7.
Phenolphthalein is a pH indicator that changes color based on the acidity or alkalinity of a solution. In acidic conditions (pH below 8.2), it is colorless, while in neutral to slightly basic conditions (pH 8.2 to 10), it turns pink. Therefore, when phenolphthalein is added to a solution and the pH changes, the indicator will either remain colorless or change to pink, indicating the pH level of the solution. This property makes it useful in titrations and other chemical analyses to determine the acidity or basicity of a solution.
A neutral solution will have a pH of 7. One indicator that can be used to identify a neutral solution is litmus paper, which will remain its original color (usually blue or red) when immersed in a neutral solution.
phenolphthalien when added to an acidic solution has a colourless indicator. but shows pink colour for basic solution.
A neutral solution will turn universal indicator green.
Phenolphthalein is colorless when in contact with water or any neutral solution. It only turns pink or magenta in the presence of basic solutions with a pH greater than 8.2.
Sodium sulfate is typically colorless in universal indicator. Universal indicator is a pH indicator that changes color based on the pH of a solution, and sodium sulfate is a neutral compound that does not significantly affect the pH.
A neutral solution added to universal indicator will turn green.
Phenolphthalein is the PH indicator used to detect the acidity of the solution. When the solution is acidic or near-neutral (PH<8.2), it's colorless; when the solution is basic (8.2<PH<10.0),it will turn from colorless to pink, and gradually turns fuchsia when PH reaches 12.0, back to colorless when overpasses 12.0.
The Universal Indicator would go green which is pH 7.
A neutral solution will have a pH of 7. One indicator that can be used to identify a neutral solution is litmus paper, which will remain its original color (usually blue or red) when immersed in a neutral solution.
Phenolphthalein is a pH indicator that changes color based on the acidity or alkalinity of a solution. In acidic conditions (pH below 8.2), it is colorless, while in neutral to slightly basic conditions (pH 8.2 to 10), it turns pink. Therefore, when phenolphthalein is added to a solution and the pH changes, the indicator will either remain colorless or change to pink, indicating the pH level of the solution. This property makes it useful in titrations and other chemical analyses to determine the acidity or basicity of a solution.
it goes colourless in an alkiline soloution but in an acidic substance it goes a fushia pink colour! You are WRONG! The solution will be colourless at acidic and neutral pH and goes pink above about pH 8, I hope you aren't a science teacher.
When a solution of washing soda (sodium carbonate) and lemon juice (which contains citric acid) is neutralized, the resulting solution typically turns from a basic (alkaline) state to neutral, which may not produce a distinct color change. However, if a pH indicator like phenolphthalein is used, the solution will shift from pink (indicating basicity) to colorless as it approaches neutral pH. If using universal pH indicator, the color may change to green, indicating a neutral pH around 7.
A salt solution with universal indicator will likely show a neutral pH, appearing green in color. This is because salts are typically pH-neutral compounds that do not significantly affect the acidity or alkalinity of a solution when dissolved in water.