Socnyi_ves_i_arxangel_operedit_samopal_prod -

: If some solid sticks to the side of the test tube and doesn't dissolve, the calculated molar mass will be too low because the actual concentration is lower than assumed.

) : The difference between the freezing point of pure cyclohexane (approx. 6.5∘C6.5 raised to the composed with power C ) and the solution. : For cyclohexane, this is typically Critical Calculations : Molality ( ) : Calculated as Moles of Solute : Found using

: To measure the effect of a solute on the freezing point of a solvent (usually cyclohexane) and calculate the molar mass of an unknown solid. Core Data Points : Mass of Solvent : Often around 8–10g of cyclohexane. Freezing Point Change ( ΔTfcap delta cap T sub f socnyi_ves_i_arxangel_operedit_samopal_prod

Reports often discuss potential errors that affect the final reported molar mass:

Based on educational resources from platforms like Studocu and CliffsNotes , a complete report generally includes: : If some solid sticks to the side

: If the same mis-calibrated thermometer is used for both pure solvent and solution, the final result is often unaffected because the error cancels out in the ΔTcap delta cap T calculation.

: If cyclohexane evaporates, the freezing point may be recorded as too high, leading to an incorrect molar mass calculation. : For cyclohexane, this is typically Critical Calculations

While there are no official "solid reports" matching that specific string (which appears to be a unique identifier or a snippet from a niche file name), it strongly correlates with university-level chemistry lab reports for . This experiment typically focuses on determining the molar mass of an unknown nonvolatile solute through freezing point depression. Key Components of the Lab Report

Reference

If you use the data or code please cite:

Chengrui Wang and Han Fang and Yaoyao Zhong and Weihong Deng, MLFW: A Database for Face Recognition on Masked Faces, arXiv preprint arXiv:2108.07189.

BibTeX entry:
@article{wang2021mlfw,
  title={MLFW: A Database for Face Recognition on Masked Faces}, 
  author={Wang, Chengrui and Fang, Han and Zhong, Yaoyao and Deng, Weihong},
  journal={arXiv preprint arXiv:2109.05804},
  year={2021}
}

Download the database

This database is publicly available. We provide: 1) the original images(250x250), 2) the aligned images(112x112) and 3) the pair list. Baidu Netdisk(code:328y) , Google Drive

Now, we provide a list to indicate the masked faces. Google Drive


Contact

For further assistance, please contact , and Weihong Deng.