Suppose we pour 100 g of hot water (80 C) into a small 200 g copper...

 

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Suppose we pour 100 g of hot water (80 C) into a small 200 g copper pot at room temperature (20 C). What will be the final temperature of the water and pot in Celsius? Ignore the energy lost in the air and suppose there only exists energy transfer between the water and the copper. The specific heats of copper and water are 385 J/(kg C) and 4182 J/(kg C), respectively. Express your answer in C, accurate to the first decimal place. (Hint) Conservation of energy whatever energy leaves on block of water flows into the other. Q = -Q Suppose we pour 100 g of hot water (80 C) into a small 200 g copper pot at room temperature (20 C). What will be the final temperature of the water and pot in Celsius? Ignore the energy lost in the air and suppose there only exists energy transfer between the water and the copper. The specific heats of copper and water are 385 J/(kg C) and 4182 J/(kg C), respectively. Express your answer in C, accurate to the first decimal place. (Hint) Conservation of energy whatever energy leaves on block of water flows into the other. Q = -Q

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To solve this problem we need to use the concept of conservation of energy which implies that the he... View the full answer