Thymol blue will be yellow at pH < 8
HCl has a pH of 1 so thymol blue would turn red in this acidic condition. Phenolphthalein is colorless in an acid so what you would see would be red.
The mixture would turn from yellow to blue as the pH increases with the addition of sodium hydroxide. Thymol blue changes color from yellow to blue in basic solutions, while phenolphthalein remains colorless in basic solutions.
Hydrochloric acid is an acidic solution, so when litmus powder is added to it, the litmus powder would most likely turn red. This is because litmus paper turns red in acidic solutions and blue in basic solutions.
The color of the mixture would depend on the specific concentrations and pH levels. Thymol blue transitions from yellow to blue with increasing pH, while phenolphthalein transitions from colorless to pink. It's likely that the mixture would show a combination of both yellow/blue and colorless/pink depending on the pH range reached with sodium hydroxide.
Depends on the litmus paper. Red litmus will not turn but blue litmus will turn redish pink.
HCl has a pH of 1 so thymol blue would turn red in this acidic condition. Phenolphthalein is colorless in an acid so what you would see would be red.
The mixture would turn from yellow to blue as the pH increases with the addition of sodium hydroxide. Thymol blue changes color from yellow to blue in basic solutions, while phenolphthalein remains colorless in basic solutions.
Hydrochloric acid is an acidic solution, so when litmus powder is added to it, the litmus powder would most likely turn red. This is because litmus paper turns red in acidic solutions and blue in basic solutions.
Blue
no it was all wrong its fake
The color of the mixture would depend on the specific concentrations and pH levels. Thymol blue transitions from yellow to blue with increasing pH, while phenolphthalein transitions from colorless to pink. It's likely that the mixture would show a combination of both yellow/blue and colorless/pink depending on the pH range reached with sodium hydroxide.
Depends on the litmus paper. Red litmus will not turn but blue litmus will turn redish pink.
it will be deep red colour if added to acidic solutions.
A deep blue colour
If phenolphthalein solution is added to hydrochloric acid, it will remain colorless since the pH of hydrochloric acid is too low for phenolphthalein to change color. Phenolphthalein typically turns pink in a basic solution but does not show a color change in acidic conditions.
If dilute hydrochloric acid is added to sandstone, the acid may react with any calcite present in the sandstone, causing it to fizz and release carbon dioxide gas. However, the effect would be limited as sandstone is mainly composed of silica, which is not reactive to hydrochloric acid. Thus, the overall impact on the sandstone would be minimal.
it would turn green with a hint of blue.