i) When two objects are in Answer, then heat flows out from hot to cold. During this process the internal energy of the cold system Answer, while it Answer for the hot system. This process continues until they reach the Answer state.ii) A 620g copper pan of specific heat 385 J/kg.°C kept on a stove and 0.340 L water of specific heat 4186 J/kg.°C in it are cooled from 92°C to 34°C. How much heat is released from (a) the pan - Answer kJ(b) the water - Answer kJ i) When two objects are inthen heat flows out from hot to cold. During this processthe internal energy of the cold systemwhile it+ for the hotsystem. This process continues until they reach the: state.i) A 620g copper pan of specific heat 385 J/kg.°C kept on a stove and 0.340 L water of specific heat 4186 J/kg.°C in it are cooled from 92°C to 34°C. How much heat is released from(a) the pan -kJ(b) the water-kJ

(i) When two objects are in contact then heat flows from hot to cold. During this process the…

Answered: i) When two objects are in then heat…

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter3: The First Law Of Thermodynamics

Section: Chapter Questions

Problem 43P: (a) What is the change in internal energy for the process represented by the closed path shown...

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i) When two objects are in Answer , then heat flows out from hot to cold. During this process the internal energy of the cold system Answer , while it Answer for the hot system. This process continues until they reach the Answer state. ii) A 620g copper pan of specific heat 385 J/kg.°C kept on a stove and 0.340 L water of specific heat 4186 J/kg.°C in it are cooled from 92°C to 34°C. How much heat is released from (a) the pan - Answer kJ (b) the water - Answer kJ

i) When two objects are in
then heat flows out from hot to cold. During this process
the internal energy of the cold system
while it
+ for the hot
system. This process continues until they reach the
: state.
i) A 620g copper pan of specific heat 385 J/kg.°C kept on a stove and 0.340 L water of specific heat 4186 J/kg.
°C in it are cooled from 92°C to 34°C. How much heat is released from
(a) the pan -
kJ
(b) the water-
kJ

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