The geometry of ClO(3)^(-) according to ...

The geometry of `ClO_(3)^(-)` according to valence shell electron pair repulsion theory will be

Planar triangle

Pyramidal

Tetrahedral

Square planar.

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The geometry of a molecule depends upon the repulsions between electron pairs present in the valance shell of the central atom. LP - LP repulsions are greater than LP-BP which are greater than BP - BP. A pi bond can not decide the geometry of a molecule because pi bond has no independent exsistance. Deviations in bond angle are due to the presence of lone pairs. In which of the following orientation of electron pairs around the central atom is tetrahedral ?

The geometry of a molecule depends upon the repulsions between electron pairs present in the valance shell of the central atom. LP - LP repulsions are greater than LP-BP which are greater than BP - BP. A pi bond can not decide the geometry of a molecule because pi bond has no independent exsistance. Deviations in bond angle are due to the presence of lone pairs. Which of the following differs from the rest in geometry ?

AAKASH SERIES-VII GROUP ELEMENTS-OBJECTIVE EXERCISE -1

Predict the correct product when Cl(2) passed through H-overset(18)O-o...
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Which of the following is not a peroxy acid?
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Which of the following inter-halogen compounds does not exist ?
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The halogen forming largest number of inter-halogens is
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