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Oscar Lanzi
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What happens is more a kinetic phenomenon than a thermodynamic one, and more a physical reaction than a chemical one. The carbon dioxide is first introduced into the drink under several atmospheres'atmospheres pressure, soitso it becomes a supersaturated solution. When the water is cooled and forms ice crystals,the the ice crystals act as nuclei for the carbon dioxide gas to "boil". This converts its latent potential (fugacity) to actual pressure, which explodes the can.

What happens is more a kinetic phenomenon than a thermodynamic one, and more a physical reaction than a chemical one. The carbon dioxide is first introduced into the drink under several atmospheres' pressure, soit becomes a supersaturated solution. When the water cooled and forms ice crystals,the ice crystals act as nuclei for the carbon dioxide gas to "boil". This converts its latent potential (fugacity) to actual pressure, which explodes the can.

What happens is more a kinetic phenomenon than a thermodynamic one, and more a physical reaction than a chemical one. The carbon dioxide is first introduced into the drink under several atmospheres pressure, so it becomes a supersaturated solution. When the water is cooled and forms ice crystals, the ice crystals act as nuclei for the carbon dioxide gas to "boil". This converts its latent potential (fugacity) to actual pressure, which explodes the can.

Source Link
Oscar Lanzi
  • 62.5k
  • 4
  • 96
  • 187

What happens is more a kinetic phenomenon than a thermodynamic one, and more a physical reaction than a chemical one. The carbon dioxide is first introduced into the drink under several atmospheres' pressure, soit becomes a supersaturated solution. When the water cooled and forms ice crystals,the ice crystals act as nuclei for the carbon dioxide gas to "boil". This converts its latent potential (fugacity) to actual pressure, which explodes the can.