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edit approved May 20 at 14:06
Mr. Cosmic_Quantum
edit approved May 20 at 14:06
Mr. Cosmic_Quantum
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Here, the boiling point of water is is 373K and the temperature of ice is smaller than 273K. When we boil, the water is boughtbrought to 373K and when the ice is dropped into the cup, (assuming the temperature of ice is 273K), Thethe heat is transferred from the water  (The Hotter substance) to the ice  (The colder substance) until their temperature is equal, that is 323K  (That is halfwayHalfway between them). So as you can see, Thethe water's temperature keeps on decreasing until both the ice's  (or water after the ice has melted) and water's temperature will beare the same, which prevents water from boiling. NOTE

NOTE: Temperature is in Kelvin

Here, the boiling point of water is is 373K and the temperature of ice is smaller than 273K. When we boil, the water is bought to 373K and when the ice is dropped into the cup, assuming the temperature of ice is 273K, The heat is transferred from the water(The Hotter substance) to the ice(The colder substance) until their temperature is equal that is 323K(That is halfway between them). So as you can see, The water's temperature keeps on decreasing until both the ice's(or water after the ice has melted) and water's temperature will be same which prevents water from boiling. NOTE: Temperature is in Kelvin

Here, the boiling point of water is 373K and the temperature of ice is smaller than 273K. When we boil, the water is brought to 373K and when the ice is dropped into the cup (assuming the temperature of ice is 273K), the heat is transferred from the water  (The Hotter substance) to the ice  (The colder substance) until their temperature is equal, that is 323K  (Halfway between them). So as you can see, the water's temperature keeps on decreasing until both the ice's  (or water after the ice has melted) and water's temperature are the same, which prevents water from boiling.

NOTE: Temperature is in Kelvin

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Jim Haddocc
Jim Haddocc
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Here, the boiling point of water is is 373K and the temperature of ice is smaller than 273K. When we boil, the water is bought to 373K and when the ice is dropped into the cup, assuming the temperature of ice is 273K, The heat is transferred from the water(The Hotter substance) to the ice(The colder substance) until their temperature is equal that is 323K(That is halfway between them). So as you can see, The water's temperature keeps on decreasing until both the ice's(or water after the ice has melted) and water's temperature will be same which prevents water from boiling. NOTE: Temperature is in Kelvin