9.) A 100 lb steel casting at 2700 degrees Farenheit is placed on a 300 lb copper plate - the plate is 18 inches by 9 inches and the copper plate is at a temperature of 100 degrees Farenheit. What is the final temperature of the comined two materials? assume there is no heat loss to the surrounding air. round final answer two decimal places. Heat constants: Copper - melting point of 1083 degrees C, boiling point of 2330 degrees C, specific heat of 0.092, 390 J/kg degrees C, Heat of fusion 49.0 kcal/kg, Iron(steel) - Melting point of 1540 degrees C, boiling point of 3000 degrees C, specific heat of 0.115 k/cal degrees C, heat of fusion 7.89 kcal/kg a.) TF = _____________ degrees Farenheit b.) does the copper plate melt? ________
9.) A 100 lb steel casting at 2700 degrees Farenheit is placed on a 300 lb copper plate - the plate is 18 inches by 9 inches and the copper plate is at a temperature of 100 degrees Farenheit. What is the final temperature of the comined two materials? assume there is no heat loss to the surrounding air. round final answer two decimal places.
Heat constants: Copper - melting point of 1083 degrees C, boiling point of 2330 degrees C, specific heat of 0.092, 390 J/kg degrees C, Heat of fusion 49.0 kcal/kg,
Iron(steel) - Melting point of 1540 degrees C, boiling point of 3000 degrees C, specific heat of 0.115 k/cal degrees C, heat of fusion 7.89 kcal/kg
a.) TF = _____________ degrees Farenheit
b.) does the copper plate melt? ________
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