Sodium metal on dissolution in liquid ammonia gives a deep blue solution due to the formation of:
- Asodium-ammonia complex
- Bsodamide
- Csodium ion-ammonia complex
- Dammoniated electrons
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Similar Questions
Starting with sodium chloride,how would you proceed to prepare:
$(i)$ sodium metal
$(ii)$ sodium hydroxide
$(iii)$ sodium peroxide
$(iv)$ sodium carbonate?
$(i)$ sodium metal
$(ii)$ sodium hydroxide
$(iii)$ sodium peroxide
$(iv)$ sodium carbonate?
Difficult
View SolutionSolvay process is used in the manufacture of
Give two uses of $KOH$.
Easy
View SolutionMatch column $-I$ with column $-II$ :
Column $-I$ Column $-II$ $(a).$ Spodumene $(p).$ $K$ $(b).$ Borax $(q).$ $Na$ $(c).$ Sylvine $(r).$ $Li$ $(d).$ Chile saltpetre $(s).$ $Ca$
| Column $-I$ | Column $-II$ |
| $(a).$ Spodumene | $(p).$ $K$ |
| $(b).$ Borax | $(q).$ $Na$ |
| $(c).$ Sylvine | $(r).$ $Li$ |
| $(d).$ Chile saltpetre | $(s).$ $Ca$ |
Medium
View SolutionWhich of the following gives a green colour to flame?
Easy
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