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Lambdam^@(NH4OH) is equal to...

`Lambda_m^@(NH_4OH)` is equal to

A

`Lambda_(m(NH_4OH))^@+Lambda_(m(NH_4Cl^-))^@-Lambda_(m(HCl))^@`

B

`Lambda_(m(NH_4Cl))^@+Lambda_(m(NaOH))^@ -Lambda_(m(NaCl))^@`

C

`Lambda_(m(NH_4Cl))^@+Lambda_(m(NaOH)^-)^@-Lambda_(m(NaOH))^@`

D

none of these

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MODERN PUBLICATION-ELECTROCHEMISTRY-EXERCISE
  1. Express the reation between among the conductivity of a solution in th...

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  2. Write the chemistry of recharging the lead storage battery, highlighti...

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  3. Lambdam^@(NH4OH) is equal to

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  4. In the electrolysis of aq. NaCl solution which half-cell reaction will...

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  5. Calculate the electrode potential at copper electrode dipped in a 0.1 ...

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  6. Fill in the blanks- is an important vitamin which helps to maintain g...

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  7. E(cell)^@=1.1V for Daniell cell. Which of the following expressions ar...

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  8. Conductivity of an electrolytic solution depends on

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  9. Lambdam^@ H2O is equal to

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  10. Predict the products of electrolysis in each of the following: A dilut...

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  11. What will happen during the electrolysis of aqueous solution of CuSO4 ...

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  12. Conductivity is equal to………….

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  13. Define molar conductivity or molar conductance?

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  14. Calculate DeltaG^(@) for the following cell: Fe|Fe^(2+)||Cu^(2+)|Cu....

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  15. Fill in the blanks- is rich in vitamin-A.

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  16. Match the terms given in column I with the items given in column II

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  17. Match the items of column I with column II.

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  18. Fill in the blanks- is the disease caused by the deficiency of vitami...

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  19. Match the items of column I with column II.

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  20. Match the items of column I with column II on the basis of data given ...

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