Problem: W A liquid of mass, ML, specific heat, CL and initial temperature, TL is poured into a pan of mass, Mp, specific heat, Cp and initial temperature, Tp. Which of the equations below should you solve to calculate the final equilibrium temperature, Trinal of the water and the pan? ⒸMLCL(Trinal-TL) + MpCp(Tp + Trinal)-0 O MLCL (Tfinal-TL) + MpCp(Tfinal Tp) = 0. O MLCL (Tfinal-T) - MpCp(Tfinal - Tp) = 0 MLCL(TL+ Trinal) + MpCp(Trinal - Tp) - 0 None of the above
Problem: W A liquid of mass, ML, specific heat, CL and initial temperature, TL is poured into a pan of mass, Mp, specific heat, Cp and initial temperature, Tp. Which of the equations below should you solve to calculate the final equilibrium temperature, Trinal of the water and the pan? ⒸMLCL(Trinal-TL) + MpCp(Tp + Trinal)-0 O MLCL (Tfinal-TL) + MpCp(Tfinal Tp) = 0. O MLCL (Tfinal-T) - MpCp(Tfinal - Tp) = 0 MLCL(TL+ Trinal) + MpCp(Trinal - Tp) - 0 None of the above
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Transcribed Image Text:Problem:
W
A liquid of mass, ML, specific heat, CL and initial temperature, TL is poured into a pan of mass, Mp, specific heat, Cp and initial
temperature, Tp.
Which of the equations below should you solve to calculate the final equilibrium temperature, Trinal of the water and the pan?
MLCL (Trinal-T₁) + MpCp(Tp + Trinal) - 0
OMLCL (Tfinal-TL) + MpCp(Tfinal Tp) = 0
O MLCL (Trinal-T) - MpCp(Trinal - Tp) = 0
ⒸMLCL(TL+ Trinal) + MpCp(Tfinal-Tp) - 0
None of the above
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