m1 (T1-T3)= m2 (T3-T2) Wyżej zapisany wzór przekształć tak aby obliczyć: a) masę m1, b) masę m2, c) temperaturę T1, d) temperaturę T2, e) temperaturę T3.

[latex]m_{1}(T_{1}-T_{3})=m_{2}(T_{3}-T_{2})[/latex] a) [latex]m_{1}=frac{m_{2}(T_{3}-T_{2})}{T_{1}-T_{3}}[/latex] b) [latex]m_{2}=frac{m_{1}(T_{1}-T_{3})}{T_{3}-T_{2}}[/latex] c) [latex]m_{1}T_{1}-m_{1}T_{3}=m_{2}(T_{3}-T_{2})\\T_{1}=frac{m_{2}(T_{3}-T_{2})+m_{1}T_{3}}{m_{1}}[/latex] d) [latex]m_{1}(T_{1}-T_{3})=m_{2}T_{3}-m_{2}T_{2}\\T_{2}=frac{m_{2}T_{3}-m_{1}(T_{1}-T_{3})}{m_{2}}[/latex] e) [latex]m_{1}T_{1}-m_{1}T_{3}=m_{2}T_{3}-m_{2}T_{2}\\m_{1}T_{3}+m_{2}T_{3}=m_{1}T_{1}+m_{2}T_{2}\\T_{3}(m_{1}+m_{2})=m_{1}T_{1}+m_{2}T_{2}\\T_{3}=frac{m_{1}T_{1}+m_{2}T_{2}}{m_{1}+m_{2}}[/latex]