You have a summer job in a lead foundry. Your task is to identify how energy efficiency can be improved. You therefore need to know the minimum amount of energy it takes to raise 1 pound of lead (454 g) from room temperature (25 ) to its melting point (327 ) and then melt it. The specific heat capacity of lead is 0.159 J/(g . ), the enthalpy of fusion is 24.7 J/g, and the molar mass is 207 g/mol.

Question

You have a summer job in a lead foundry. Your task is to identify how energy efficiency can be improved. You therefore need to know the minimum amount of energy it takes to raise 1 pound of lead (454 g) from room temperature (25  ) to its melting point (327  ) and then melt it. The specific heat capacity of lead is 0.159 J/(g . ), the enthalpy of fusion is 24.7 J/g, and the molar mass is 207 g/mol.

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The Answer of You have a summer job in a lead foundry. Your task is to identify how energy efficiency can be improved. You therefore need to know the minimum amount of energy it takes to raise 1 pound of lead (454 g) from room temperature (25  ) to its melting point (327  ) and then melt it. The specific heat capacity of lead is 0.159 J/(g . ), the enthalpy of fusion is 24.7 J/g, and the molar mass is 207 g/mol.

You Have a Summer Job in a Lead Foundry