Match the following metals with their oxidizing flame color.
Compound Flame color $1$. $Li$ $a$. Crimson red $2$. $K$ $b$. Violet $3$. $Cs$ $c$. Blue
| Compound | Flame color |
|---|---|
| $1$. $Li$ | $a$. Crimson red |
| $2$. $K$ | $b$. Violet |
| $3$. $Cs$ | $c$. Blue |
(A) The flame colors for alkali metals are as follows:
$1$. $Li$ (Lithium) gives a crimson red flame.
$2$. $K$ (Potassium) gives a violet flame.
$3$. $Cs$ (Cesium) gives a blue flame.
Therefore,the correct matching is $1-a, 2-b, 3-c$.
$1$. $Li$ (Lithium) gives a crimson red flame.
$2$. $K$ (Potassium) gives a violet flame.
$3$. $Cs$ (Cesium) gives a blue flame.
Therefore,the correct matching is $1-a, 2-b, 3-c$.
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Similar Questions
Identify the correct statements from the following:
$A$) Among alkali metal ions,$Li^+$ has the highest hydration enthalpy.
$B$) The boiling point of alkali metals increases from $Li$ to $Cs$.
$C$) The density of $K$ is less than that of $Na$ and $Rb$.
$D$) $Li$ has a strong tendency to form superoxide.
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$B$) The boiling point of alkali metals increases from $Li$ to $Cs$.
$C$) The density of $K$ is less than that of $Na$ and $Rb$.
$D$) $Li$ has a strong tendency to form superoxide.
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Select the $CORRECT$ statement.
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Select the $CORRECT$ statement.
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