﻿ A copper block of mass 2 kg is heated to a temperature of 500oC and then placed in a large block of ice at 0oC. What is the maximum amount of ice that can melt? The specific heat of copper is 400 j  and latent heat of fusion of water is . : Kaysons Education

A Copper Block Of Mass 2 Kg Is Heated To A Temperature Of 500oC And Then Placed In A Large Block Of Ice At 0oC. What Is The Maximum Amount Of Ice That Can Melt? The Specific Heat Of Copper Is 400 J  and Latent Heat Of Fusion Of Water Is .

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Heat energy in copper block  The amount of ice that melts will be maximum if the entire heat energy of the copper block is used up in melting ice. Now,  of heat energy is needed to melt 1 kg of ice into water. Therefore, the amount of ice melted by  J of heat energy is

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