If you add boiling water to a cup at room temperature, what would you expect the final equilibrium temperature of the unit to be? You will need to include the surroundings as a pan of the system. Consider the zeroth law of thermodynamics.

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Matt OcampoLv10

19 Nov 2020

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Question #1

Thermodynamics is defined as the science that explores the equilibrium energy relationships between a given system (body of matter), its physical boundary and the outside surroundings.

For example, for a glass of pure water sitting on a table in an air-conditioned room. The system would be the water, the physical boundary would be the glass and the surroundings would be the air-conditioned room.

For each of the items below, please specify which is the system, the boundary and the surroundings. (You can illustrate with a diagram if you wish.)

1- A gas enclosed in a piston-cylinder assembly

2- A cylinder of compressed CO₂ in a large air conditioned room at 1 atm at room temperature

3- A thermos bottle containing iced-tea

4- An ice cube surrounded by liquid water at 32^oF and 1 atm in a refrigerator

5- A teapot of boiling water

Please answer them all asap please I need them all answered fast! Thank you