A 2.50 g sample of copper (Cs copper = 0.385 J/(g C)) that had been heated...

 

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A 2.50 g sample of copper (Cs copper = 0.385 J/(g C)) that had been heated to 200. C was placed in a flexible container with an initial volume of 1.5 L and an initial temperature of 25 C that was filled with air at a pressure of 1.0 atm. Assume that air acts as an ideal linear gas and no heat energy enters or exits the container. What is the temperature when thermal equilibrium is reached? A 2.50 g sample of copper (Cs copper = 0.385 J/(g C)) that had been heated to 200. C was placed in a flexible container with an initial volume of 1.5 L and an initial temperature of 25 C that was filled with air at a pressure of 1.0 atm. Assume that air acts as an ideal linear gas and no heat energy enters or exits the container. What is the temperature when thermal equilibrium is reached?

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To find the temperature when thermal equilibrium is reached we can use the principle of energy conservation where the heat lost by the copper is equal ... View the full answer