STATEMENT-1: Alkali metals dissolve in liquid | vedclass

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(B) Alkali metals dissolve in liquid ammonia to form a deep blue solution.This blue color is primarily due to the presence of ammoniated (solvated) el

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$Statement-1$ is True,$Statement-2$ is True; $Statement-2$ is $NOT$ a correct explanation for $Statement-1$

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(B) Alkali metals dissolve in liquid ammonia to form a deep blue solution.This blue color is primarily due to the presence of ammoniated (solvated) electrons,which absorb energy in the visible region of the spectrum.$STATEMENT-1$ is True.$STATEMENT-2$ is also True because alkali metals do form solvated cations $[M(NH_3)_n]^{+}$ and solvated electrons $[e(NH_3)_x]^{-}$.However,the blue color is specifically attributed to the solvated electrons,not the solvated metal cations.Therefore,$Statement-2$ is not the correct explanation for $Statement-1$.

$STATEMENT-1$: Alkali metals dissolve in liquid ammonia to give a blue solution because
$STATEMENT-2$: Alkali metals in liquid ammonia give solvated species of the type $[M(NH_3)_n]^{+}$ ($M=$ alkali metals).

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$STATEMENT-1$: Alkali metals dissolve in liquid ammonia to give a blue solution because$STATEMENT-2$: Alkali metals in liquid ammonia give solvated species of the type $[M(NH_3)_n]^{+}$ ($M=$ alkali metals).