Figure shows a cylindrical tube with adiabatic wa lls and fitted with

1.	Figure shows a cylindrical tube with adiabatic wa lls and fitted with an adiabatic separator. The separator can be slid into the tube by an external mechanism. An ideal gas (γ=1.5) is injected in the two slides at eual pressures and temperatures. The separator remains in equilibri um at the middle. It is now slid to a position where it divides the tube in the ratio 1 : 3. Find the ratio of the temperatures in the two parts of the vessel
Answer» Figure shows a cylindrical tube with adiabatic wa lls and fitted with an adiabatic separator. The separator can be slid into the tube by an external mechanism. An ideal gas $(γ = 1.5)$ is injected in the two slides at eual pressures and temperatures. The separator remains in equilibri um at the middle. It is now slid to a position where it divides the tube in the ratio 1 : 3. Find the ratio of the temperatures in the two parts of the vessel

Figure shows a cylindrical tube with adiabatic wa lls and fitted with an adiabatic separator. The separator can be slid into the tube by an external mechanism. An ideal gas (γ=1.5) is injected in the two slides at eual pressures and temperatures. The separator remains in equilibri um at the middle. It is now slid to a position where it divides the tube in the ratio 1 : 3. Find the ratio of the temperatures in the two parts of the vessel

Answer»

Figure shows a cylindrical tube with adiabatic wa lls and fitted with an adiabatic separator. The separator can be slid into the tube by an external mechanism. An ideal gas $(γ = 1.5)$ is injected in the two slides at eual pressures and temperatures. The separator remains in equilibri um at the middle. It is now slid to a position where it divides the tube in the ratio 1 : 3. Find the ratio of the temperatures in the two parts of the vessel

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