On moving from left to right in the second period along the periodic table the gram atomic volume of the element | Classification of Elements and Periodicity in Properties

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 Multiple Choice QuestionsMultiple Choice Questions

101.

In the modern periodic table the place of the element with atomic number 31 is in

  • s- block

  • d-block

  • p- block

  • f- block


102.

The correct sequence of decrease in size of the following species is

  • I> I+> I-

  • I> I-> I+

  • I+> I-> I

  • I-> I> I+


103.

The decreasing order of the ionisation potential in the following elements is

  • Ne> Cl>P> S>Al>Mg

  • Ne> Cl> P> S> Mg> Al

  • Ne> Cl> S>P> Mg> Al

  • Ne> Cl> S>P> Al> Mg


104.

Which of the following represents the electronic configuration of the most electropositive element?

  • [He]2s1

  • [He]2s2

  • [Xe]6s1

  • [Xe]2s2


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105.

First ionisation potential is highest for

  • Na

  • Mg

  • Al

  • None of these


106.

In the following, the element with the highest electropositivity is

  • copper

  • cesium

  • barium

  • chromium


107.

The number of unpaired electrons is maximum in (Atomic number Ti = 22; V= 23; Cr =24; Fe=26)

  • Fe

  • Cr

  • Ti

  • V


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108.

On moving from left to right in the second period along the periodic table the gram atomic volume of the element

  • increases with constant velocity

  • remains unchanged

  • first increases and then decreases

  • decreases


D.

decreases

On moving from left to right along the period value of gram atomic volume of the element decreases.


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109.

Which of the following is the correct order of the size of iodine species?

  • I > I- > I+

  • I- > I > I+

  • I+ > I > I-

  • I > I+ > I-


110.

First ionisation potential of Be and B will be

  • 8.8 and 8.8

  • 6.6 and 6.6

  • 6.6 and 8.8

  • 8.8 and 6.6


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