Red litmus paper will turn blue when dipped in sulfuric acid because sulfuric acid is a strong acid and will cause the litmus paper to undergo a color change from red (indicating acidic pH) to blue (indicating a basic pH).
Sulfuric acid is a strong mineral acid that can react with phenolphthalein, which is a pH indicator. In the presence of sulfuric acid, phenolphthalein can turn colorless due to the acidic conditions. This color change occurs because the sulfuric acid donates protons to the phenolphthalein molecule, changing its structure and causing it to lose its pink color.
The red petal indicator would turn blue in sulfuric acid. This color change occurs due to the strong acidity of sulfuric acid causing a shift in the pH level, resulting in the red petal indicator changing color.
Sulfuric acid will turn red on pH paper, indicating a very low pH level, typically around 0-1.
Sulfuric acid is a strong acid and will turn universal indicator red when added, indicating a pH of around 0-1.
Red litmus paper will turn blue when dipped in sulfuric acid because sulfuric acid is a strong acid and will cause the litmus paper to undergo a color change from red (indicating acidic pH) to blue (indicating a basic pH).
Sulfuric acid is a strong mineral acid that can react with phenolphthalein, which is a pH indicator. In the presence of sulfuric acid, phenolphthalein can turn colorless due to the acidic conditions. This color change occurs because the sulfuric acid donates protons to the phenolphthalein molecule, changing its structure and causing it to lose its pink color.
The red petal indicator would turn blue in sulfuric acid. This color change occurs due to the strong acidity of sulfuric acid causing a shift in the pH level, resulting in the red petal indicator changing color.
Sulfuric acid will turn red on pH paper, indicating a very low pH level, typically around 0-1.
Sulfuric acid is a strong acid and will turn universal indicator red when added, indicating a pH of around 0-1.
The pH level of 1 molar sulfuric acid is around 0.3. This makes it a strong acid.
When universal indicator is added to sulfuric acid, the solution will turn red as sulfuric acid is a strong acid. It indicates a highly acidic pH level in the solution.
100% sulfuric acid rapidly decomposes until it reaches a concentration of 98%. This concentration is usually referred to as concentrated sulfuric acid. The pH value of 98% sulfuric acid is approximately -1.5 For comparison, sulfuric acid of this concentration has about 300 times as many active hydrogen ions as stomach acid (approximate pH 1).
The pH of sulfuric acid depends on its concentration. For a 1M solution, the pH would be around 0.3, indicating it is highly acidic.
The pH of a 0.1 M solution of sulfuric acid (H2SO4) is around 1. Note that the pH of sulfuric acid solutions will vary depending on concentration.
Sulfuric acid is a strong acid, meaning it completely ionizes in water to release more protons (H+) compared to acetic acid, which is a weak acid and only partially ionizes. This higher concentration of protons in the solution of sulfuric acid results in a lower pH compared to acetic acid at the same concentration.
The pH value of any acidic solution depends on the strength of the acid in the particular solution. In this instance, a dilute sulfuric acid solution shows a higher value of pH whereas the concentrated acid shows a very low value.