1. The problem statement, all variables and given/known data the latent heat of fusion for this metal is 500Cal/kg. The latent heat of vaporization is 600Cal/kg and specific heat of the liquid metal is 500C/kg K. How much heat is needed to melt an 8kg block of this metal when its temperature is exactly at the melting point? 2. Relevant equations T= kelvins c=specific heat Q is heat needed Q= m*c*delta T Q=m*Latent heat (either fusion or vapor) 3. The attempt at a solution Q= 8 * 500Cal/kg Will someone please sho wme how to do this>?