SUMMARY
The discussion focuses on determining the percentage of water and glycol in a mixture using its density (dmix) and temperature. The equation used is dmix = (x)dglycol + (1-x)dwater, where x represents the percentage of glycol. It is confirmed that while this method may work for certain substances like ethylene glycol, it is not universally applicable due to the non-additive nature of volumes. The most reliable approach is to consult a density table specific to ethylene glycol, which may need to be extended beyond the standard 60% w/w limit.
PREREQUISITES
- Understanding of density calculations (d=m/v)
- Knowledge of ethylene glycol properties
- Familiarity with temperature effects on density
- Ability to interpret density tables
NEXT STEPS
- Research density tables for ethylene glycol beyond 60% w/w
- Learn about the non-additive nature of volumes in mixtures
- Explore methods for creating custom density tables
- Study the temperature dependence of liquid densities
USEFUL FOR
Chemists, chemical engineers, and students studying fluid mechanics or thermodynamics who need to analyze mixtures of water and glycol.