A thermally insulated vessel contains two liquids at temperature T1 and T2 respectively and specific heats C1 and C2 separated by a non- conducting partition. The partition is removed and the difference between the initial temperature of either of the liquids and the temperature T established in the vessel turns out to be equal to half the difference between the initial temperature of the liquids. Determine the ratio m1m2 (masses of the liquids).

A thermally insulated vessel contains two liquids at temperature T1 an

1.	A thermally insulated vessel contains two liquids at temperature T1 and T2 respectively and specific heats C1 and C2 separated by a non- conducting partition. The partition is removed and the difference between the initial temperature of either of the liquids and the temperature T established in the vessel turns out to be equal to half the difference between the initial temperature of the liquids. Determine the ratio m1m2 (masses of the liquids).
Answer» A thermally insulated vessel contains two liquids at temperature $T_{1}$ and $T_{2}$ respectively and specific heats $C_{1}$ and $C_{2}$ separated by a non- conducting partition. The partition is removed and the difference between the initial temperature of either of the liquids and the temperature T established in the vessel turns out to be equal to half the difference between the initial temperature of the liquids. Determine the ratio $\frac{m_{1}}{m_{2}}$ (masses of the liquids).

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