Melting of Ice: Temperature, Light & Energy

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    Ice Melting
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The discussion focuses on the melting of ice, emphasizing the role of temperature and visible light in the melting process. A rise in temperature causes ice to absorb energy, leading to its phase transition from solid to liquid at 0 degrees Celsius (32 degrees Fahrenheit). The influence of light, particularly visible light, is also noted as a factor that can contribute to the melting by providing energy. Additionally, there is an interest in understanding how energy is transferred from the environment into the ice. Overall, the conversation seeks detailed insights into these processes and their scientific underpinnings.
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I sincerely apologize for the broad and generic nature of my question, but I hope someone will be able to give me some guidance.

I'm looking to learn more about the melting of ice, more specifically about the influence of a rise in temperature and the influence of light (most likely just visible light) on the process.

I'm also interested to know how energy is conveyed into the ice from its surroundings. I can, of course, guess that it happens from the outside in, but I'm looking for some more details.

If anyone could tell me anything about any of these topics or relating ones, or can link me to a site or tell me of a good book (though the latter is not much preferred, as I don't live in an English-speaking country), I would very much appreciate it.
 
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Ice melts when it is heated. Ice melts at 0 degrees Celsius (32 degrees Fahrenheit). Water is made of hydrogen and oxygen. Water is made of 2 gases, hydrogen, and oxygen.
 
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