What Causes the Real Increase in Liquid Volume in Thermodynamics?

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SUMMARY

The discussion centers on the relationship between the real increase in liquid volume, the apparent increase, and the increase in the container's volume in thermodynamics. The correct formula is established as the real increase in volume of liquid equals the apparent increase plus the increase in the volume of the container. A hypothetical scenario is presented to clarify this relationship, emphasizing the importance of understanding these concepts for accurate thermodynamic calculations. Additionally, the universal gas constant R is mentioned as a topic of interest for further exploration.

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  • Understanding of thermodynamics principles
  • Familiarity with liquid volume concepts
  • Knowledge of container volume effects
  • Basic grasp of gas laws and constants
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hi
iam a new user here iam a student in engineering faculty there is something i don't understand in thermo dynamics physics in my book it is written that the real increase in volume of liquid= the apparent increase in volume of liquid+ the increase in volume of the container
my opinion is that the real increase in volume of liquid = the apparent increase - the increase in the volume of the container the problem is driving me crazy ca anyone help me and explain to me
and there is another point i need to know the definistion of the universal gas constant R anyone interesed to help me
thx a lot
 
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To understand the book's statement, study this exaggerated case: Say the container volume doubles, but the apparent volume of the liquid does not change. What must be the real increase of the liquid volume?

If that doesn't click, look at it backwards. Say that both the liquid and the container volumes doubled. What would the apparent volume increase of the liquid be?
 

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