Calculate Mass of 1L Ice @ -2°C: Density x Volume x Temperature

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SUMMARY

The mass of 1 liter of ice at -2°C can be calculated using the formula mass = density x volume. Given that the density of ice at this temperature is 0.917 g/cm³, the mass of 1 liter (which is equivalent to 1000 cm³) is 917 grams. This calculation is straightforward and does not require complex equations beyond the basic density formula.

PREREQUISITES
  • Understanding of basic density concepts
  • Familiarity with volume measurements (liters to cubic centimeters)
  • Basic arithmetic skills for multiplication
  • Knowledge of temperature scales and their relevance in physical properties
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  • Research the properties of ice and how temperature affects density
  • Learn about the conversion between liters and cubic centimeters
  • Explore the concept of mass and its relationship with density and volume
  • Study the principles of thermodynamics related to phase changes of water
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High school students studying physics or chemistry, educators teaching density and mass calculations, and anyone interested in the physical properties of water and ice.

Isho
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Homework Statement



If the density of ice at -2 Degrees Celsius is 0.917 g cm to the power of negative cubed (-3), what would be the mass of 1 litre of ice at this temperature ?


Homework Equations



None ? I'm guessing H = M x C x T though?

The Attempt at a Solution



I cannot attempt it. I was absent when My class did it so I have no idea how to do it. Can someone maybe explain to me how?

Much appreciated! Thanks.


P.S. I'm new here :). As I'm nearing my completion of High School (1 year and 1 month to go) I'll be more active in forums like these. Hi!
 
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What is definition of density? What is a litre? How is it related to 1 mL? To 1 cm3?

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