Suppose we are dealing with an ideal gas contained in a cylinder equipped with a movable collection. The gas undergoes different types of thermodynamic transformations while interacting with the environment. Let us consider that the gas undergoes a series of transformations under different conditions of pressure and volume. For all exercises, use the general gas law PV=nRT to perform the calculations and remember to indicate the units correctly. Exercise - Isobaric Transformation: For the initial conditions of 1 mol and 300 K, the pressure of 1 atm, determine the initial volume of the gas. Next, the gas undergoes an isobaric transformation; Calculate the final volume heated from the initial temperature of 300 K until reaching a new thermal equilibrium at 400 K.
Suppose we are dealing with an ideal gas contained in a cylinder equipped with a movable collection. The gas undergoes different types of
Exercise - Isobaric Transformation:
For the initial conditions of 1 mol and 300 K, the pressure of 1 atm, determine the initial volume of the gas. Next, the gas undergoes an isobaric transformation; Calculate the final volume heated from the initial temperature of 300 K until reaching a new thermal equilibrium at 400 K.
Please make it typeable, as handwriting hinders understanding.
Initial mole of the gas is
The initial pressure is
The initial temperature is
The final temperature is
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