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A porpous cup is filled with H(2) gas at...

A porpous cup is filled with `H_(2)` gas at the atmospheric pressure and is connected to a thin glass tube a vertical position. The second end of the tube is immersed in water below it. After some time, water rises in the glass tube. Explain giving reasons.

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To explain the phenomenon of water rising in a glass tube connected to a porous cup filled with hydrogen gas, we can break down the explanation into clear steps: ### Step-by-Step Solution: 1. **Understanding the Setup**: - A porous cup is filled with hydrogen gas (H₂) at atmospheric pressure. - The cup is connected to a thin glass tube that is positioned vertically, with the other end immersed in water. ...
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CENGAGE CHEMISTRY ENGLISH-STATES OF MATTER-Ex 5.4
  1. Can we use Boyle's law to calculate the volume of a real gas from its ...

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  2. Which postulate of kinetic theory can be used to justfy Dalton's law o...

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  3. A porpous cup is filled with H(2) gas at the atmospheric pressure and ...

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  4. What is the meaning of pressure of the gas?

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  5. What is the difference between barometer and manometer?

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  6. Based upon Boyle's law, draw the plot of PV vs P.

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  7. If a plot a V vs .^(@)C at constant pressure is drawn, at what tempera...

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  8. Why do we add 273 to the temperature while dealing with problems on ga...

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  9. Given the relationship between the molar volume of a gas and its molar...

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  10. What would have happened to the pressure of a gas if the collisions of...

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  11. Which postulate of kinetic theory are invalid at low temperature of hi...

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  12. What is the relation between three types of molecular speeds at a give...

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  13. In the plot of Z (compressibility factor) vs P,Z attains a value of un...

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  14. Draw the plot log P vs log V for Boyle's law.

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  15. Draw the plot log V vs log T.

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  16. Is it possible to cool the gas to 0 K?

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  17. Why excluded volume v is four times the actual volume of molecules?

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  18. What is the ratio of average molecular KE of CO(2) to that of SO(2) at...

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  19. Point out the difference between London dispersion forces and dipole-d...

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  20. Why are falling liquid drops spherical?

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