A 0.100 kg piece of ice at initial temperature −5.00 ◦C is placed in a perfectly insulated container with 1.00 kg (1 L) of water at initial temperature 20.0 ◦C. The container absorbs or releases no heat. All of the ice melts as the system reaches an equilibrium temperature Tf . The entropy change ∆SI1 for the ice warming from its initial temperature to the melting point, 0.00 ◦C. (b) The entropy change ∆SI2 for the ice at its melting point to melt completely. (c) The entropy change ∆SI3 for the melted ice (now liquid water) to increase temperature from the melting point to the final temperature Tf
A 0.100 kg piece of ice at initial temperature −5.00 ◦C is placed in a perfectly insulated container with 1.00 kg (1 L) of water at initial temperature 20.0 ◦C. The container absorbs or releases no heat. All of the ice melts as the system reaches an equilibrium temperature Tf .
The entropy change ∆SI1 for the ice warming from its initial temperature to the melting point, 0.00 ◦C.
(b) The entropy change ∆SI2 for the ice at its melting point to melt completely.
(c) The entropy change ∆SI3 for the melted ice (now liquid water) to increase temperature from the melting point to the final temperature Tf .
(d) The entropy change ∆SW for the water to decrease temperature from its initial temperature nto the final temperature Tf .
(e) The total entropy change of the system for the entire process.
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