wered nswer A block of copper with mass mou =237g, (CCu 3857) is at an kg C initial temperature of 934°C. The block of copper is added to a mass of ice, mice =1.95kg initially at -5°C' in an insulated container. 1 (Cice 2110J kg C the container. When equilibrium is reached, how much ice is in the container (in kg )? 334k.J and L= kg 1.256 AAST ). Assume no heat enters or leaves 1.7564 margin of error +/-5%
wered nswer A block of copper with mass mou =237g, (CCu 3857) is at an kg C initial temperature of 934°C. The block of copper is added to a mass of ice, mice =1.95kg initially at -5°C' in an insulated container. 1 (Cice 2110J kg C the container. When equilibrium is reached, how much ice is in the container (in kg )? 334k.J and L= kg 1.256 AAST ). Assume no heat enters or leaves 1.7564 margin of error +/-5%
Chapter2: The Kinetic Theory Of Gases
Section: Chapter Questions
Problem 92AP: Unreasonable results. (a) Find the temperature of 0.360 kg of water, modeled as an ideal gas, at a...
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Correct Answer
385.7
A block of copper with mass mcu =237g, (ccu
kg) is at an
initial temperature of 934°C. The block of copper is added to a
mass of ice, mice =1.95kg initially at -5°C in an insulated
container.
C
2110J
(Cice
kg C
the container.
When equilibrium is reached, how much ice is in the container (in kg
)?
334k.J
and L
kg
1.256
FORD
REP
). Assume no heat enters or leaves
1.7564 margin of error 1/- 5%](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fee22cf2f-b974-4b00-a3cf-09b388e7d65d%2F2117a418-e62d-4ef8-b706-c5794eff8cd9%2F4jqm13u_processed.jpeg&w=3840&q=75)
Transcribed Image Text:You Answered
Correct Answer
385.7
A block of copper with mass mcu =237g, (ccu
kg) is at an
initial temperature of 934°C. The block of copper is added to a
mass of ice, mice =1.95kg initially at -5°C in an insulated
container.
C
2110J
(Cice
kg C
the container.
When equilibrium is reached, how much ice is in the container (in kg
)?
334k.J
and L
kg
1.256
FORD
REP
). Assume no heat enters or leaves
1.7564 margin of error 1/- 5%
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