Martinite is a newly discovered ore that has a melting point of 355C. The heat capacity...

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Martinite is a newly discovered ore that has a melting point of 355C. The heat capacity in solid form is Csolid = 466.5J/kgK and in liquid form it is cliquid = fusion is L = 34000J/kg. 620.4J/kgK. The latent heat of Laidlawlery is solid below temperatures of -24C, and gaseous above temperatures of 38.9C. The heat capacity in solid form is 238.7J/kgK, in liquid form is 343J/kgK, and in gaseous form is 439.8J/kgK. The latent heat of fusion is 18270J/kg, and the latent heat of vapourization is 24027J/kg. A block of 4.1kg of Martinite at a temperature of 805C is placed in an insulated container with 5.88kg of Laidlawlery at a temperature of -32C and allowed to reach thermal equilibrium. What is the final temperature of the combined substances? 355 C What mass of the Laidlawlery is in each of the following states? Solid 0 Liquid 0 Gas 5.88 kg kg kg What mass of the Martinite is in each of the following states? Solid Liquid kg kg Martinite is a newly discovered ore that has a melting point of 355C. The heat capacity in solid form is Csolid = 466.5J/kgK and in liquid form it is cliquid = fusion is L = 34000J/kg. 620.4J/kgK. The latent heat of Laidlawlery is solid below temperatures of -24C, and gaseous above temperatures of 38.9C. The heat capacity in solid form is 238.7J/kgK, in liquid form is 343J/kgK, and in gaseous form is 439.8J/kgK. The latent heat of fusion is 18270J/kg, and the latent heat of vapourization is 24027J/kg. A block of 4.1kg of Martinite at a temperature of 805C is placed in an insulated container with 5.88kg of Laidlawlery at a temperature of -32C and allowed to reach thermal equilibrium. What is the final temperature of the combined substances? 355 C What mass of the Laidlawlery is in each of the following states? Solid 0 Liquid 0 Gas 5.88 kg kg kg What mass of the Martinite is in each of the following states? Solid Liquid kg kg