3 votes

Can somebody please explain this statement (about the greenhouse effect)?

The "Global Warming Potential" is a relative measure of how much one gram of given substance affects infrared absorption compared to one gram of carbon dioxide, given the current composition ...
Karsten's user avatar
  • 39.2k
3 votes

Separation of 2 compounds ( Powder )

If the powdered compounds are of different density you can separate them based on density in a liquid that does not dissolve them. For example, if you want to separate caffeine (density=1.36 g/cm3) ...
Chris's user avatar
  • 31
3 votes

Role of MnSO4 in permanganometric titration

Both the oxidating ion $\ce{MnO4-}$ and reducing ion $\ce{C2O4^2-}$ are anions and therefore electrostatically repulsing each other, what makes their reaction slow. $\ce{Mn^2+}$ ions serve as catalyst,...
Poutnik's user avatar
  • 39.5k
2 votes

Stability of H3MnO4, H2MnO4, HMnO4

Manganese doesn't like to be in +5 and +6 O.S. and the acid form of hypomanganate and manganate anion cannot exist due to rapid disproportionation. So, they exist as salts of alkali metals. Manganese ...
Nilay Ghosh's user avatar
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2 votes

Stability of H3MnO4, H2MnO4, HMnO4

One difference between manganese(V) and phosphorus(V) is the former can undergo disproportionation with higher manganese oxidation states available. Not only $\ce{Mn^VO4^{3-}}$ but also $\ce{Mn^{VI}O4^...
Oscar Lanzi's user avatar
  • 53.4k
1 vote
Accepted

what will happen if we add lithium cobalt oxide into water?is it true that molecule will break and lithium will make LiOH and CoO2?

There is no molecule of lithium cobalt oxide. There are negatively charged layers of $\ce{CoO2}$ intercalated with positive lithium ions. $\ce{LiCoO2}$ and $\ce{CoO2}$ are extreme and unstable states ...
Poutnik's user avatar
  • 39.5k
1 vote

Explanation for why nickel turns green in hydrochloric acid

This question does look ambiguous. The question states that Nickel is added to aqueous Hydrochloric acid. The word aqueous might suggest that the complex that the present in the solution is [Ni(H2O)6]...
Omkar Vanjari's user avatar

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