Between NaOH And KOH,Which One Will Dissocaiate Faster In Aqueous Solution?Justify Using Periodic Properties.Find The Charge Density Of Each.

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Q. If the sum of the mole fraction of

N a O H

in its aqueous solution and the mole fraction of

H_{2} O

in an another aqueous solution of

K O H

is equal to one, find the molality of

K O H

solution. The molality of

N a O H

solution is 'm'.
Report your answer as 'Y' where Y =

\frac{(m o l a l i t y o f K O H s o l u t i o n)}{(m o l a l i t y o f N a O H s o l u t i o n)}

Q. The property of ion which depends on charge density

100

ml aqueous solution (density

= \frac{5}{3}

g/ml) contain 40% by weight of NaOH. The number of molecules of NaOH dissolved in the above solution is :
[Use :

N_{A} = 6 \times 10^{23}

]

Salts are ionic compounds which dissociate into positively charged ions called anions and negatively charged ions called cations when they are dissolved in an aqueous solution.

Q. What properties does

H_{2} S

show when it reacts with aqueous solution of

K M n O_{4}, H_{2} O_{2}

and

N a O H

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