How much ice must melt at 0 deg. C to gain 6 g of mass?

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SUMMARY

The discussion centers on calculating the mass of ice that must melt at 0 degrees Celsius to achieve a mass gain of 6 grams. Participants highlight the need for understanding latent heat, specifically the latent heat of fusion for ice, which is approximately 334 J/g. The problem requires applying the concept of energy transfer during phase changes, rather than using E=mc^2, which is not applicable in this context. The conclusion emphasizes the importance of using the correct thermodynamic principles to solve the problem accurately.

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  • Understanding of latent heat of fusion for ice (334 J/g)
  • Basic thermodynamics concepts
  • Knowledge of mass-energy equivalence (E=mc^2)
  • Ability to set up energy balance equations
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  • Learn about phase changes and energy transfer in thermodynamics
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1. Homework Statement
This is all that is given.

How much ice must melt at 0 deg. C to gain 6 g of mass?

2. Homework Equations
I don't know any Relevant equations to this problem.


3. The Attempt at a Solution


I have tried leaving mass as a variable and using Latent Heat Energys too. I have no idea what to set equal to what because i don't have equations to work with this problem.
 
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I think the problem has to do with the E=mc^2 formula. The energy is the energy absorbed from the surroundings in the process of melting.
 

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