10 mL of a solution of NaCl containing KCI gave on evaporation 0.93 g of the mixed salt which gave 1.865 g of AgCl by reacting with AgNO, solution. Calculate the quantity of NaCl in10 mL of the solution.

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10

mL of a solution of

K C l

containing

N a C l

on evaporation gave

0.93

g of the mixed salt, which gave

1.865

g of

A g C l

by the reaction with

A g N O_{3}

. The quantity of

N a C l

10

mL of the solution is (write it in multiples of

100

) :

10 g NaCl solution is mixed with 17 g of silver nitrate solution. Calculate the weight of silver chloride precipitated.
AgNO₃ + NaCl $\overset{}{\to}$ AgCl + NaNO₃ [Ag = 108]

10 ml of $H C l$ solution gave 0.1435 gm of $A g C l$ when treated with excess of ${A g N O}_{3}$ . The normality of the $H C l$ solution is:

Q. The density of the solution of a salt X is 1.15 g

m L^{- 1}

. 20 mL of the solution when completely evaporated gave a residue of 4.6 g of the salt. Calculate the mass percentage of the solute in solution.

500

ml of

2

M NaCl solution was mixed with

200

ml of

2

M NaCl solution. The molarity of NaCl in the final solution is :

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