Question 11 After some time, you pour 0.5 kg of milk, whose initial temperature was 5°C. What will be the final equilibrium temperature of this system? Let: 1.5 kg of coffee, originally at 90°C, is placed into a .3 kg aluminum cup. J Ccof fee = 4186 kg K J CAI = 500 kg K J CMilk = 3000 kg K Question 12 A solid steel sphere of radius 50 cm is heated to 3000 K. If the sphere acts as a perfect radiator, calculate the amount of heat it will radiate after 1 min.
Question 11 After some time, you pour 0.5 kg of milk, whose initial temperature was 5°C. What will be the final equilibrium temperature of this system? Let: 1.5 kg of coffee, originally at 90°C, is placed into a .3 kg aluminum cup. J Ccof fee = 4186 kg K J CAI = 500 kg K J CMilk = 3000 kg K Question 12 A solid steel sphere of radius 50 cm is heated to 3000 K. If the sphere acts as a perfect radiator, calculate the amount of heat it will radiate after 1 min.
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Transcribed Image Text:Question 11
After some time, you pour 0.5 kg of milk, whose initial temperature was 5°C. What will
be the final equilibrium temperature of this system? Let:
1.5 kg of coffee, originally at 90°C, is placed into a .3 kg aluminum cup.
J
Ccoffee = 4186
kg K
J
CAI = 500
kg K
J
CMilk = 3000
kg K
Question 12 A solid steel sphere of radius 50
acts as a perfect radiator, calculate the amount of heat it will radiate after 1 min.
cm is heated to 3000 K. If the sphere
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