10. When a 100-gram cylinder of copper, initially at 100 C, is placed in 100 grams...

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10. When a 100-gram cylinder of copper, initially at 100 C, is placed in 100 grams of household ammonia, originally at 20 C, the final temperature of the ammonia is measured to be 26 C. What is the specific heat of the household ammonia? 11. A metal cylinder is made of 50 g of silver and 120 g of copper. It is heated to 100 C and then placed in 400 grams of water at 10 C, which is contained in a well-insulated can of negligible mass. What will be the final temperature of the cylinder in the can of water? 10. When a 100-gram cylinder of copper, initially at 100 C, is placed in 100 grams of household ammonia, originally at 20 C, the final temperature of the ammonia is measured to be 26 C. What is the specific heat of the household ammonia? 11. A metal cylinder is made of 50 g of silver and 120 g of copper. It is heated to 100 C and then placed in 400 grams of water at 10 C, which is contained in a well-insulated can of negligible mass. What will be the final temperature of the cylinder in the can of water?

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Solving for Specific Heat and Final Temperature 10 Specific Heat of Ammonia We can use the principle of heat transfer calorimetry to solve for the spe... View the full answer