About the formula:
The problem of "how to calculate this formula" is actually not directly given in the figure.
The picture shows the record of experimental results or data, including concentration, molar concentration (ppm) and molar number, but does not show the specific formula for conversion between them.
In general, it is necessary to know the molar mass (m) and concentration units (such as mg/L, g/L, etc.) of the substance. ) to convert the concentration (such as mass concentration, volume concentration, etc. ) is converted into molar concentration (ppm).
The general formula is: molar concentration (ppm) = (concentration × 1000)/ molar mass. However, "L/L00000220002200851C-869E013DCWDD00" and "Q0:48wNSY3" here don't look like the standard expression of concentration, and they may be identification codes or numbers in a specific experiment.
About "mp in ppm":
None of the pictures or words here clearly explain the meaning of "mp", so it cannot be directly related to ppm (one millionth). If "mp" refers to a specific concentration unit or parameter, then we need to know the conversion relationship or formula between it and ppm.
In chemical experiments, ppm is usually used to indicate very low concentration, especially when pollutants or impurities are involved.
Analysis:
The table in the figure may record the concentration, molar concentration and molar number of different chemicals or solutions under different conditions.
Due to the lack of specific experimental background and contextual information, we can't determine the exact meaning of "L/L000002200851C-869E013DCWDD00" and "Q0:48wNSY3" and how they are converted into molar concentrations.
If you are conducting a specific chemical experiment and need to convert these identification codes into ppm or perform other calculations, you may need to consult relevant experiment manuals, teaching materials or consult your tutor/colleagues for more detailed information and guidance.
To sum up, I can't answer your question directly, because the specific calculation formula and the definition of "mp" are not given in the figure.
It is suggested that you further search for relevant information or consult professionals according to the specific conditions and needs of the experiment.