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Successive ionisation potentials of an e...

Successive ionisation potentials of an element M are 8.3, 25.1, 37.9, 259.3 and 340.1ev. The formula of its bromide is

A

`MBr_5`

B

`MBr_4`

C

`MBr_3`

D

`MBr_2`

Text Solution

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The correct Answer is:
C
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AAKASH SERIES-PERIODIC TABLE-OBJECTIVE EXERCISE -2B
  1. The first (IP1) and the second (IP2) ionisation potential (kJ mol 1) o...

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  2. The ionisation energies of Lithium and Sodium are 520kJ Mol^(-1) and 4...

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  3. Successive ionisation potentials of an element M are 8.3, 25.1, 37.9, ...

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  4. The first ionisation potentials of four consecutive elements present i...

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  5. H-H, X-X and H-X bond energies are 104 Kcal/mole 60Kcal/mole and 101Kc...

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  6. The ionisation energy and electron affinity of an element are 13.0ev a...

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  7. If the ionisation energy and electron affinity of an element are 275 a...

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  8. The elements which show both positive and negative oxidation states. i...

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  9. Match the following two lists given below in view of higest oxidation ...

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  10. Strongest reducing agent and strongest oxidising agent are respectivel...

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  11. Which of the following statement is correct

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  12. The radius of La^(3+) (Z=57) is 1.06A^(@). Which one of the following ...

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  13. (A): According to Mendeleeff atomic weight of 'Be' is 9.1 but experime...

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  14. Chloride of an element A gave a neutral solution in water. In the peri...

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  15. Which one of the following relations is correct with respect to first ...

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  16. The incorrect statement among the following is

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  17. The decreasing order of second ionisation potential of K, Ca, Ba is

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  18. For four elements the IP2 curve is shown. In the graph the elements re...

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  19. Regarding ionization potential some statement are given a) Ionizati...

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  20. The electron affinity values(in KJ "mole"^(-1)) of three halogens x, y...

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