$L i$ has anomalous properties due to:

small size

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absence of d-orbitals in valence shell

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very high ionization enthalpy

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all of the above

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Solution

The correct option is C all of the above
$L i$ has anomalous properties due to very small size, high polarizing power, an absence of d-orbitals in the valence shell, very high ionization enthalpy and highest electronegativity in the group.

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Similar questions

Q. Identify the correct statements from the following.
(a) An element with low ionization potential has high electropositivity and hence give out electrons easily.
(b) Due to decrease in ionization energy, in a group, the oxidizing property decreases.
(c) Electronegativity decreases along a period due to increase in nuclear charge and increase in atomic size.
(d) Due to increase in electron affinity the reducing property increases along a period.

Q. Which of the following does not illustrate the anomalous properties of

L i

Which of the following are the correct reasons for anomalous bhaviour of lithium?
(a) Exceptionally small size of its atom
(b) Its high polarising power
(c) It has the high degree of hydration
(d) Exceptionally low the enthalpy

Q. Which has valence electrons in the d orbitals?

Q. Boron exhibits anomalous property due to its___________.

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Li has anomalous properties due to:

The correct option is C all of the aboveLi has anomalous properties due to very small size, high polarizing power, an absence of d-orbitals in the valence shell, very high ionization enthalpy and highest electronegativity in the group.

$L i$ has anomalous properties due to:

The correct option is C all of the above
$L i$ has anomalous properties due to very small size, high polarizing power, an absence of d-orbitals in the valence shell, very high ionization enthalpy and highest electronegativity in the group.