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Do the non-metallic character exhibited ...

Do the non-metallic character exhibited by the halogens have any relation to ionization enthalpy ?

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Higher is the ionization enthalpy higher the non-metallic character.
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Which one of the following statements is correct in relation to the ionization enthalpy ?

Metals have few electrons in their valence shell while non-metals generally have more electrons in their valence shell. Metallic character is closely related to atomic radius and ionisation enthalpy. Metallic character increases from top to bottom in a group and decreases from let to right in a period of periodic table. metallic character is inversely related to electronegativity of element. Q. The electronegativity of the following elements increase in the order:

Metals have few electrons in their valence shell while non-metals generally have more electrons in their valence shell. Metallic character is closely related to atomic radius and ionisation enthalpy. Metallic character increases from top to bottom in a group and decreases from let to right in a period of periodic table. metallic character is inversely related to electronegativity of element. Q. 3 N_0//2 atoms of X_((g)) are converted it into X_((g))^(+) by energy E_(1) , 2 N_0//3 atoms of X_((g)) are converted it into X_((g))^(-) by energy E_(2) . hence, ionisation potential and electron affinity of X_((g)) are: ( N_(0) =Avogadro's number)

The correct order of the non - metallic character is :

The non-metal that does not exhibit posittve oxidation state is:

Affinity for hydrogen decreases in the group from fluorine to iodine. Which of the halogen acids should have highest bond dissociation enthalpy ?

Affinity for hydrogen decreases in the group from fluorine to iodine. Which of the halogen acids should have highest bond dissociation enthalpy?

Why do noble gases have positive electron gain enthalpies?

Name the elements of group 17. Describe the trend in the properties of halogens such as: (a) Bond energy (b) Ionization enthalpy (c) Oxidising power (d) Reactivity and (e) Reducing power of halogen halides.

How do the Metallic character property vary on moving down the group 13?

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