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The positive standard reduction potentia...

The positive standard reduction potential of `Cu^(2+)/Cu` electrode is due to

A

high heat of atomisation and hydration energies

B

low heat of atomisation and hydration energies

C

high heat of atomisation and low heat of hydration

D

low heat of atomisation and high heat of hydration

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The correct Answer is:
C
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AAKASH SERIES-D-BLOCK ELEMENTS-OBJECTIVE EXERCISE-2 (GENERAL PROPERTIES AND ELECTRONIC CONFIGURATION)
  1. Which of the following statements concerning transition elements is no...

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  2. The highly stable pair of ions are

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  3. Transition metal " X " has a configuration [Ar] 3d^(4) in its +3 oxida...

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  4. The number of 'd' electrons in Fe^(2+) is not equal to that of

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  5. The pair of ions which do not have same number of unpaired electrons i...

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  6. Among the transition elements the element with lowest melting point be...

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  7. The reason for the stability of Gd^(3+) ion is

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  8. Electronic configuration of a transition element is [Ar] 4s^23d^6. A s...

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  9. Transition elements have higher enthalpy of atomisation than alkali me...

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  10. The correct statement(s) from among the following is/are i) All the ...

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  11. Identify the correct statements (a) In a group the correct order of ...

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  12. d-block elements can act as catalysts due to their ability to

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  13. Incorrect statement reagarding interstial hydrides is

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  14. The properties of Zr and Hf are similar because :

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  15. The stability of particular oxidation state of a metal in aqueous solu...

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  16. Heat of atomization of zinc is lowest among 3d block elements due to

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  17. The positive standard reduction potential of Cu^(2+)/Cu electrode is d...

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  18. The observed and calculated E' values for M^(+2)//M are same for

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  19. Which one of the following is not correct regarding interstitial compo...

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  20. Which one of the following is the correct order of ionic radii?

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