Answer:
https://www.clutchprep.com/chemistry/practice-problems/70217/hi-aq-h2o-l-h3o-aq-i-aq-identify-each-as-either-a-bronsted-lowry-acid-bronsted-l
Explanation:
https://www.clutchprep.com/chemistry/practice-problems/70217/hi-aq-h2o-l-h3o-aq-i-aq-identify-each-as-either-a-bronsted-lowry-acid-bronsted-l
Answer:
We say that the solution is unsaturated.
Explanation:
If the salt solubility is 36 g in 0.1 L of water then we can dissolve 360 g of salt in 1 L of water.
Because the solution contains 200 g of salt in 1 L of water, the solution is unsaturated because more salt can be added until we reach the saturation point.
We call the solution dilute when we compare the concentration of a solution with the concentration of another solution, but here we do not compare different solutions.
Answer:
Carbon Hydrogen
Explanation:
I believe it means carbon (C) to one atom of hydrogen (H).
Answer:
Explanation:
reduction potential of NO gas is highly unfavourable . It is - 1.7 V . So it is highly unlikely to be reduced to NO⁻ . On the other hand it is easily oxidised .
Half cell reaction of given cell
At anode ( where oxidation occurs )
NO⁻ ⇒ NO + e ( reduction potential is - 1.7 V )
At cathode ( where reduction takes place )
Br₂ + 2e ⇒2 Br⁻ ( reduction potential is 1.09 V )
(NO⁻ ⇒ NO + e ) x 2
Br₂ + 2e ⇒2 Br⁻
--------------------------------
Br₂ + 2NO⁻ ⇒ 2NO +2 Br⁻
Ecell = Ecathode - E anode
= 1.09 - 2 x ( - 1.7)
4.5 V
