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State true or false : gases always ...

State true or false :
gases always tend to be less soluble in liquids as the temperature is raised?

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To determine whether the statement "gases always tend to be less soluble in liquids as the temperature is raised" is true or false, we can analyze the dissolution of gases in liquids step by step. ### Step-by-Step Solution: 1. **Understanding Gas Solubility**: - Gases dissolve in liquids to form a solution. The process of dissolution involves gas molecules interacting with liquid molecules. 2. **Nature of the Dissolution Process**: ...
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RESONANCE ENGLISH-RANK BOOSTER-All Questions
  1. How many moles are represented by 160 g of glucose

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  2. What mass of potassium chlorate (KClO3) on heating gives 1.491 g of po...

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  3. State true or false : gases always tend to be less soluble in liq...

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  4. Electron in a sample of H- atoms make transitions from state n=x to so...

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  5. An element undergoes a reaction as shown : X+e^(-) to X^(-) Energy r...

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  6. How many moles are represented by 360 g of glucose

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  7. NH4COONH2 (s) hArr 2NH3(g)+CO(2)(g) If equilibrium pressure is 5 atm...

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  8. Mass of one atom of an element is 6.64×10^(−23)g. This is equal to :

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  9. 1.2 gm of Mg (At. mass 24) will produce MgO equal to:

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  10. NH4COONH2 (s) hArr 2NH3(g)+CO(2)(g) If equilibrium pressure is 9 atm...

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  11. Mass of one atom of an element is 5.64×10^(−23)g. This is equal to :

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  12. Mass of one atom of an element is 4.64×10^(−23)g. This is equal to :

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  13. Mass of one atom of an element is 6.64×10^(−24)g. This is equal to :

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  14. 3.2 gm of Mg (At. mass 24) will produce MgO equal to:

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  15. 4.8 gm of Mg (At. mass 24) will produce MgO equal to:

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  16. NH4COONH2 (s) hArr 2NH3(g)+CO(2)(g) If equilibrium pressure is 8 atm...

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  17. Gold number of a lyophilic sol is such a property that

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  18. For the coagulation of 200 mL of As(2)S(3) solution, 10 mL of 1 M NaCl...

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  19. There are certain substances which behave as normal, strong electrolyt...

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  20. Mass of one atom of an element is 7.64×10^(−23)g. This is equal to :

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