4. A common problem is to mix two liquids, say 125g of water at 24°C with the same mass of water at 48°C. The water is mixed in an insulated container that prevents energy from entering or leaving. What is the final temperature of the system?

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home you wonder if it's really gold. You do a quick experiment and find it takes 38.7 J of heat to raise the temperature of
the 6.00 g ring from 25°C to 75°C. You know that the specific heat of gold is 0.128 J/g°C; is your ring really made of
gold?
4.
A common problem is to mix two liquids, say 125g of water at 24°C with the same mass of water at 48°C. The
water is mixed in an insulated container that prevents energy from entering or leaving. What is the final temperature of
the system?
Note that gecold water + qwarm water =0
5.
Use the same format for this problem: you drop a piece of iron at 63°C weighing 73.0g into a container that holds
124g of water at 18.0°C. Find the final temperature of the iron and the surrounding water (which will be the same since
they are in contact).
Transcribed Image Text:home you wonder if it's really gold. You do a quick experiment and find it takes 38.7 J of heat to raise the temperature of the 6.00 g ring from 25°C to 75°C. You know that the specific heat of gold is 0.128 J/g°C; is your ring really made of gold? 4. A common problem is to mix two liquids, say 125g of water at 24°C with the same mass of water at 48°C. The water is mixed in an insulated container that prevents energy from entering or leaving. What is the final temperature of the system? Note that gecold water + qwarm water =0 5. Use the same format for this problem: you drop a piece of iron at 63°C weighing 73.0g into a container that holds 124g of water at 18.0°C. Find the final temperature of the iron and the surrounding water (which will be the same since they are in contact).
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