No, litmus is only red or blue. It has no gradation with pH.
An indicator can provide exact pH if you are using the neutralization titration. Paper strip pH indicator are not an exact measurement but a high, medium, and low indication of acids and bases.
The color of the detergent solution on pH paper can vary based on the specific pH level of the solution. Detergents are typically basic in nature, so they may turn pH paper blue or purple, indicating a pH greater than 7. It's best to use pH paper to determine the exact color change for your specific detergent solution.
Milk generally shows up as a faint yellow to slightly off-white color on pH paper. The exact color can vary depending on the type and freshness of the milk.
A mixture is acidic if it has a pH below 7, and basic if it has a pH above 7. You can use pH paper or a pH meter to determine the pH of a mixture. Another way is to use indicators such as litmus paper (red for acids, blue for bases) or phenolphthalein (colorless for acids, pink for bases).
litmus paper
when both substances had a pH value of about 6 on the 0-14 paper
Place a piece of Ph paper in the liquid and remove. The color the paper turns will tell you the acid level.
An indicator can provide exact pH if you are using the neutralization titration. Paper strip pH indicator are not an exact measurement but a high, medium, and low indication of acids and bases.
A PH meter or litmus paper.
The color of the detergent solution on pH paper can vary based on the specific pH level of the solution. Detergents are typically basic in nature, so they may turn pH paper blue or purple, indicating a pH greater than 7. It's best to use pH paper to determine the exact color change for your specific detergent solution.
The color of pH paper when dipped in well water depends on the water's pH level. If the well water is neutral, the pH paper will typically turn green, indicating a pH of around 7. If the water is acidic, the paper may turn red, while alkaline water will cause it to turn blue. To determine the exact pH, you would need to compare the color change to a pH scale provided with the paper.
Milk generally shows up as a faint yellow to slightly off-white color on pH paper. The exact color can vary depending on the type and freshness of the milk.
When you dip pH paper in milk, you will generally observe a neutral pH reading, around 6 to 7, depending on the specific composition of the milk. This is because milk is slightly acidic to neutral. The pH paper may turn a light green or yellowish-green, indicating its neutral to slightly acidic nature. However, the exact color can vary based on the type of pH paper used.
There are two methods: 1. Litmus paper test - a simple test where litmus paper is dipped into the solution containing lactic acid and the color change of the paper is compared with a standardized spectrum to determine the approximate pH of the solution. 2. The pH meter test - here, an instrument called a pH meter is used to find out the exact pH of the solution
A mixture is acidic if it has a pH below 7, and basic if it has a pH above 7. You can use pH paper or a pH meter to determine the pH of a mixture. Another way is to use indicators such as litmus paper (red for acids, blue for bases) or phenolphthalein (colorless for acids, pink for bases).
litmus paper
A box of pH paper has printed the colors and the pH values.