The answer is C a combustion’s reaction
Explanation:
The given data is as follows.
Molarity = 0.1 M, Area = 7.2 
Resistance = 12.553 ohm, Length = 3.6 cm
As it is known that relation between resistance, length and area is as follows.
R = 
and,

where, k = specific conductivity
c = conductance
x = cell constant
Therefore, value of c =
=
= 0.0796 per ohm
x =
= 
= 0.5 per cm
Hence, calculate the value of specific conductivity as follows.

= 
= 0.0398 per ohm per cm
Relation between molar ionic conductivity and specific conductivity is as follows.

= 
= 398 
Also,
= Siemen

thus, we can conclude that value of molar ionic conductivity of given hydrogen ions is
.
Answer:
The addition of hydronium ion increases the solubility of the salt
Explanation:
When a weak acid, MA dissociates in an aqueous solution, the following products in equilibrium are obtained;
MA ----> M+ + A-
The anion which is a conjugate base will be removed from the solution with the addition of a hydronium ion from an acid: 2H3O+ + 2A- ----> 2HA + 2H20
This distorts the reaction equilibrium. According to Le Chatelier’s principle, more MA will dissolve until in order to restore the previous equilibrium of the reaction.
Therefore, an acidic pH increases the solubility of almost all sparingly soluble salts whose anion is the conjugate base of a weak acid.
Answer:
-0.044 V
Explanation:
The overall electrode potential is usually estimated by subtracting the potential of the reference electrode from the potential of the system in question. In the given problem, the standard electrode potential of silver-silver chloride with respect to the standard hydrogen electrode is +0.197 V. In addition, the potential of the calomel reference electrode with respect to the standard hydrogen electrode is +0.241 V. Using the data above, the potential of with respect to silver-silver chloride is equivalent to 0.197-0.241 = -0.044 V.