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Why does ice float in water?

  1. Myn Is Me profile image71
    Myn Is Meposted 6 years ago

    Why does ice float in water?

    https://usercontent1.hubstatic.com/6463734_f260.jpg

  2. Physicshelp profile image60
    Physicshelpposted 6 years ago

    It's not a question solely of weight, but of density. When water freezes, the amount of hydrogen bonding (Attraction between slight imbalances in positive [hydrogen] and negative [oxygen] charges)  increases, resulting in the formation of a crystalline structure.  As it happens, this structure happens to be less dense (less molecules per unit volume)  than liquid water, and will hence float on top of, or in it.

    1. profile image52
      Noumanasrarposted 3 years agoin reply to this

      you have gone to far.

  3. Chad Banks profile image71
    Chad Banksposted 6 years ago

    Because water expands as it turns into ice, and a pound of ice must therefore take up more room than a pound of water. Only about one-ninth of an iceberg floating in the sea is above water.

  4. hush4444 profile image70
    hush4444posted 6 years ago

    Archimedes' principle (paraphrased) - an object placed in water will float in direct proportion to the weight of the water it displaces.

    1. profile image52
      Noumanasrarposted 3 years agoin reply to this

      archimedes principle is for upthrust of liquids for volume of solid. ice floats on water due to its low density.

  5. profile image52
    Noumanasrarposted 3 years ago

    ice floats on water  because when water is cooled its density becomes low . Density of ice is 973.1 (kilogram per cubic meter) where as water is 1000 (kilogram per cubic meter) due to its low density and high volume it floats over water.

  6. melbel profile image94
    melbelposted 2 years ago

    Because of the crystalline structure of ice, it is less dense than water. Water is the most dense at around 4 degrees F (just above freezing.) At temperatures above 4 degrees F, the density of water starts to decrease. Strange, eh? Water has lower density at 0 F than 4 F and lower density at say 10 F than 4 F.

    This goes to show how unique water is (and how fun it is to study!)

 
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