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For a non-ideal solution, Delta(mix)V an...

For a non-ideal solution, `Delta_(mix)V` and `Delta_(mix)H` are zero.

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For an ideal solution, Delta_(mix)V is ……….and Delta_(mix)H is ………. .

Assertion (A): Delta_(mix)H and Delta_(mix)V are zero for an ideal solution. Reason (R ): The interactions between the particles of the components of a solution are almost identical as between the particles in liquids.

Knowledge Check

  • For non-ideal solution, the correct condition (s) is /are :

    A
    `DeltaH_("mix ")!=0`
    B
    `DeltaV_("mix ")!=0`
    C
    Raoult's law is obeyed at all concentrations
    D
    All the three are correct .

  • For which reaction, Delta H ne Delta U .

    A
    `H_2 (g)+ I_2(g) iff 2HI`
    B
    `HC l (aq)+ NaOH(aq) rarr NaCl (s) + H_2O(l)`
    C
    `C(s) + O_2(g) iff CO_2(g)`
    D
    `N_2(g) + 3H_2(g) rarr 2NH_3(g)`

    • Similar Questions

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    b) i) A non ideal solution has DeltaH_("mixing")gt0 . What type of deviation does it show from Raoult's law? ii) What is an azeotrope?

    What are non-ideal solutions ? Give two characteristics.

    What type of non-ideal solution shows minimum boiling azeotrope?

    Write the relation between Delta H and Delta U .

    What type of non-ideal solution shows maximum boiling azeotrope?

    Give an example for the relation between Delta H and Delta U .

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