Body X of temperature 0° C is brought into thermal contact with body Y of temperature 100° C. X has specific heat capacity higher than of Y. The masses of X and Y are equal.
By my reasoning, the final equilibrium temperature should lie between 0° C and 50° C. Is this correct?
Edit: 1) The bodies are in thermal contact only with one another; they are in a closed system.
2) My reasoning:
$c_x\Delta T_x=c_y\Delta T_y$
If $c_x$ is higher than $x_y$, then $\Delta T_x$ must be lower thab $\Delta T_y$, so the equilibrium temperature must lie below 50° C.