In a thermally insulated container, 0.01 kg of ice at 273 K is mixed with 0.1 kg of water at 300 K Neglecting the specific neat of the container, the change in the entropy of the system in J/K on attaining thermal equilibrium (rounded off to two decimal places) is

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In a thermally insulated container, 0.01 kg of ice at 273 K is mixed with 0.1 kg of
water at 300 K Neglecting the specific neat of the container, the change in the entropy
of the system in J/K on attaining thermal equilibrium (rounded off to two decimal
places) is
Transcribed Image Text:In a thermally insulated container, 0.01 kg of ice at 273 K is mixed with 0.1 kg of water at 300 K Neglecting the specific neat of the container, the change in the entropy of the system in J/K on attaining thermal equilibrium (rounded off to two decimal places) is
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