Solid honorite has a melting temperature of 261.15 K, and a heat capacity of 457 J/kgK....

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Solid honorite has a melting temperature of 261.15 K, and a heat capacity of 457 J/kgK. When it is liquid, its heat capacity is 575 J/kgK. The latent heat for the transition from solid to liquid is 15300 J/kg. Liquid odium has a freezing temperature of 330.2 K and a heat capacity of 428.7 J/kgK. When solid, its heat capacity is 332.7 J/kgK. The latent heat for the transition from solid to liquid is 10700 J/kg. A 4.48 kg block of honorite at 261.15 K is immersed in 14.01 kg of liquid odium at 392.15 K and left to achieve thermal equilibrium in an isolated, insulated container. What is the final temperature of the combined honorite and odium? K Solid honorite has a melting temperature of 261.15 K, and a heat capacity of 457 J/kgK. When it is liquid, its heat capacity is 575 J/kgK. The latent heat for the transition from solid to liquid is 15300 J/kg. Liquid odium has a freezing temperature of 330.2 K and a heat capacity of 428.7 J/kgK. When solid, its heat capacity is 332.7 J/kgK. The latent heat for the transition from solid to liquid is 10700 J/kg. A 4.48 kg block of honorite at 261.15 K is immersed in 14.01 kg of liquid odium at 392.15 K and left to achieve thermal equilibrium in an isolated, insulated container. What is the final temperature of the combined honorite and odium? K