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heat of fusion
The answer is 4,18 joule.
Under standard atmospheric conditions it just needs a temperature above 0˚C and time. If you have a defined mass or ice and external temperature you could find the time required to melt the ice. what may also help is that the latent heat of fusion for water ( the energy required to melt ice) is 334 kJ/kg so if you times that by your mass in kg you will find the energy needed to melt the amount of ice you have.
mesons don't melt
The amount of heat required is called the specific sensible heat for the substance. Sensible, in this context, means something which can be sensed. This is in contrast to latent heat which is used to change the phase of a substance without a change in temperature.
heat of fusion
125.6kj (apex)
You need to add all of the following:* The heat required to heat ice from -5 to 0 degrees. Multiply the mass times the temperature difference times the specific heat of ice. * The heat required to melt ice. Multiply the mass by the heat of fusion. * The heat required to raiste the temperature of water from 0 to 20 degrees. Multiply the mass times the temperature difference times the specific heat of water.
it depends how cold the ice is
How much heat energy is required to raise the temperature of 0.358 of copper from 23.0 to 60.0 ? The specific heat of copper is 0.0920
how much heat is required to convert 0,3kg of ice at 0c to water at the same tempture
The amount of energy it takes to change the temperature of a substance by a certain amount. How much energy it takes to heat a substance ~APEX
The answer is 4,18 joule.
Under standard atmospheric conditions it just needs a temperature above 0˚C and time. If you have a defined mass or ice and external temperature you could find the time required to melt the ice. what may also help is that the latent heat of fusion for water ( the energy required to melt ice) is 334 kJ/kg so if you times that by your mass in kg you will find the energy needed to melt the amount of ice you have.
mesons don't melt
The answer depends on the unidentified substance whose temperature is to be raised.
A lot of heat