Supposed 1 kg mass of lead is heated to 100 °C by immersion in boiling water, then transferred to 1 liter of ice water whose temperature is 0 °C, contained in glass jar whose mass is 0.2 kg. If the final temperature reached when the lead, the glass, and the water have come to equilibrium is 2.9 °C. What is the specific heat of lead? (Hint: specific heat of water = 1 cal/g °C , and glass = 0.20 cal/g °C )

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Supposed 1 kg mass of lead is heated to 100 °C by immersion in boiling water, then transferred to 1 liter of ice water whose temperature is 0 °C, contained in glass jar whose mass is 0.2 kg. If the final temperature reached when the lead, the glass, and the water have come to equilibrium is 2.9 °C. What is the specific heat of lead? (Hint: specific heat of water = 1 cal/g °C , and  glass = 0.20 cal/g °C )    

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