Air inside a closed container is saturated with water vapour. The air pressure is p and the saturated vapour pressure of water is $\overline{p}$ . If the mixture is compressed to one-half of its volume by maintaining temperature constant, the pressure becomes

Question

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Given that the air inside a closed container is saturated with water vapour so, if the temperature remains constant, the saturated vapour pressure does not change

Answer

$ 2 (p + \overline{p})$

Answer

$ 2 p + \overline{p}$

Answer

$(p + \overline{p}) / 2$

Answer

$ p + 2 \overline{p}$

Air inside a closed container is saturated with water vapour. The air pressure is p and the saturated vapour pressure of water is $\overline{p}$ . If the mixture is compressed to one-half of its volume by maintaining temperature constant, the pressure becomes

The Correct Option is B

Solution and Explanation

Top Questions on kinetic theory

Notes on kinetic theory

Air inside a closed container is saturated with water vapour. The air pressure is p and the saturated vapour pressure of water is p‾\overline{p}p​. If the mixture is compressed to one-half of its volume by maintaining temperature constant, the pressure becomes

The Correct Option is B

Solution and Explanation

Top Questions on kinetic theory

Notes on kinetic theory

Air inside a closed container is saturated with water vapour. The air pressure is p and the saturated vapour pressure of water is $\overline{p}$ . If the mixture is compressed to one-half of its volume by maintaining temperature constant, the pressure becomes