- log(0.000626 M H2SO4) = 3.2 pH -----------
Assuming pH on just simple concentration. - log(0.01 M H2SO4) = 2 pH =====
H2SO4 is an acid, so when you add that to the catalase reactions, the pH drops below where the catalase can function. Acids have lower pH and therefore the catalase can no longer function, so the reaction stops.
The strong acids have pH=2 as HCl or H2SO4.
h2o, because h2so4 is a strong acid and h2o is actually neutral (pH of 7)
- log(0.000626 M H2SO4) = 3.2 pH -----------
Assuming pH on just simple concentration. - log(0.01 M H2SO4) = 2 pH =====
H2SO4 is an acid, so when you add that to the catalase reactions, the pH drops below where the catalase can function. Acids have lower pH and therefore the catalase can no longer function, so the reaction stops.
The strong acids have pH=2 as HCl or H2SO4.
It is related to concentration, which you do not give.
h2o, because h2so4 is a strong acid and h2o is actually neutral (pH of 7)
pH or power of hydrogen is a scale which is used to measure acidity or basicity of an aqueous solution. low ph means more acidic and high ph means more alkaline. pH scale is logarithmic and is give by the formula: pH = - log (H+) ion here , H+ = 0.004M pH= - log (0.004) using log table we can find the value as pH= 2.397
H2SO4 is more acidic if you have equal molar quantities and the same volume for each (ie. Concentration) as it's diprotic . so for example a solution containing 1moldm-3 of H2SO4 has a [H+]of 2moldm-3 whereas HCL and HNO3 have will have a [H+] of 1moldm-3. [H+] is the concentration of hydrogen ions in a solution and [h+] is a measure of acidity as [H+]=10-ph or rearranged Ph=-log[H+]
Sulphuric Acid. In theory, however, in practice it is the chemical formula for manure.
•Influences pH + redox • •Limestone makes it more basic. • •Sulfur- oxidation yields H2SO4
All the carboxyllic acids are weak acids. You can show it by adding it to water and measuring its pH which would be higher as compared to pH of strong acids like HCl, H2SO4 .
The strong acids have pH=2 as HCl or H2SO4.