Question

23 g of water at 21°C is contained in a glass container of mass 327 g....

23 g of water at 21°C is contained in a glass container of mass 327 g. An additional 149 g of water at 100°C is added. What is the final equilibrium temperature (in degrees C) if we treat the system's water and container as isolated? Use the heat capacity values from the this table

Science   Physics   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
183 g of water at 21°C is contained in a copper container of mass 347 g....
183 g of water at 21°C is contained in a copper container of mass 347 g. An additional 124 g of water at 100°C is added. What is the final equilibrium temperature (in degrees C) if we treat the system's water and container as isolated? Use the heat capacity values from the this table. Specific heat capacity for copper is 387.
2.50 kg of water at 90 (degrees of C) is contained in a thermally-isolated container. A...
2.50 kg of water at 90 (degrees of C) is contained in a thermally-isolated container. A 1.50 kg chunk of ice at - 10 degrees C is added to the water, in the same thermally isolated container. a.) Describe the final state of the system when it has reached thermal equilibrium, give the final temperature and the amount of ice let (if any). b.) Find the net change in entropy of the system during this process.
Ice of mass 52.5 g at -10.7° C is added to 220 g of water at...
Ice of mass 52.5 g at -10.7° C is added to 220 g of water at 15.4° C in a 110 g glass container of specific heat 0.200 cal/g-°C at an initial temperature of 25.1° C. Find the final temperature of the system.
Ice of mass 46.5 g at -10.5° C is added to 214 g of water at...
Ice of mass 46.5 g at -10.5° C is added to 214 g of water at 14.4° C in a 110 g glass container of specific heat 0.200 cal/g-°C at an initial temperature of 23.7° C. Find the final temperature of the system. °C
Hot tea (water) of mass 0.21 kg and temperature 62 ∘C is contained in a glass...
Hot tea (water) of mass 0.21 kg and temperature 62 ∘C is contained in a glass of mass 200 g that is initially at the same temperature. You cool the tea by dropping in ice cubes out of the freezer that are at a temperature of – 11 ∘C. What is the minimum amount of ice in you need to make ice tea (final temperature of 0∘C)? Give your answer in kg to two decimal places. The specific heat of...
In an insulated container, a 5.0 g sample of water at 80.°C was added to an...
In an insulated container, a 5.0 g sample of water at 80.°C was added to an unknown mass of cooler water at 30.°C. The final temperature of the resulting mixture became 35°C. What mass of cooler water was present? (Assume the container itself adsorbed a negligible amount of heat.)
Ice with a mass of 52 g originally at 0.0 deg. C is added to 450...
Ice with a mass of 52 g originally at 0.0 deg. C is added to 450 g of water originally at 80. deg. C. Determine the final temperature once all the ice melts and all the water reaches thermal equilibrium. Assume that no heat is exchanged with the container.
4. An iron container has a mass of 200 g and contains 50 g of water...
4. An iron container has a mass of 200 g and contains 50 g of water 40 C. 50 g of ice are poured at -6° C. Calculate the equilibrium temperature and describe the final composition. 5. We have a puddle of hot water @ 60 ° C exposed to air @ 28 ° C. Assume that the cooling constant of the water is 0.05/minutes. Calculate how long it will take the temperature on the surface of the water to...
1. A piece of glass has a mass of 89 grams, an initial temperature of 335...
1. A piece of glass has a mass of 89 grams, an initial temperature of 335 ºC and a specific heat of 0.9 J/g/C. It is dipped in a water container with 225 grams of water at 19 ºC. The water has a specific heat of 4.2 J/g/C. What will be the final temperature in Celsius of the water and the glass after a long time?
An iron calorimeter of mass 153 g contains 260 g of water. The system is in...
An iron calorimeter of mass 153 g contains 260 g of water. The system is in thermal equilibrium at +10°C. We place two blocks of metal in the water: one is a 45 g piece of copper with an initial temperature of +61°C; the second piece has a mass of 75 g and is initially at +100°C. The combined system reaches a final equilibrium temperature of +41°C. Calculate the specific heat capacity of the unknown second piece of metal.
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT