Question

The accepted percentage of hydrogen peroxide in a solution is 3.00%. Calculate the percent error in a solution that deviates from this accepted value.

Answer 1

To calculate the percent error of a hydrogen peroxide solution that deviates from the accepted 3.00% concentration, one would use the percent error formula with the experimental concentration and compare it to the standard 3.00% value.

Step-by-step explanation:

The question asks how to calculate the percent error for a solution of hydrogen peroxide that deviates from the accepted 3.00% concentration. Percent error is calculated by using the formula:

Percent Error = |(Experimental Value - Accepted Value) / Accepted Value| x 100%

To use this formula, one would need to know the experimental concentration of hydrogen peroxide. Once you have the experimental value, input it into the formula where it says 'Experimental Value' and use 3.00 for the 'Accepted Value' as this is the standard concentration. The result will give you the percent error of your solution in comparison to the accepted value.

For example, if the experimental concentration is found to be 2.90%, the calculation would be:

Percent Error = |(2.90 - 3.00) / 3.00| x 100% = 3.33%

This means the percent error for this experimental solution would be 3.33%.