This effect is called inert pair effect. Due to this, in group 13, the stability of +3 oxidation state decreases and the stability of +1 oxidation state increases. (b) Allotropy: Allotropy is the phenomenon in which an element exist in more than one form having same chemical properties by different physical properties.
This effect is called inert pair effect. Due to this, in group 13, the stability of +3 oxidation state decreases and the stability of +1 oxidation state increases. (b) Allotropy: Allotropy is the phenomenon in which an element exist in more than one form having same chemical properties by different physical properties.
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This effect is called inert pair effect. Due to this, in group 13, the stability of +3 oxidation state decreases and the stability of +1 oxidation state increases. (b) Allotropy: Allotropy is the phenomenon in which an element exist in more than one form having same chemical properties by different physical properties.
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Answer:
This effect is called inert pair effect. Due to this, in group 13, the stability of +3 oxidation state decreases and the stability of +1 oxidation state increases. (b) Allotropy: Allotropy is the phenomenon in which an element exist in more than one form having same chemical properties by different physical properties.
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