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[" The amount of arsenic pentasulphide that can be obtained when "35.5g" arsenic acid is treated with "],[" excess "H_(2)S" in the presence of conc.HCl (assuming "100%" conversion) "2016" Online "(09-04-16),4/120]],[(1)0.25mol],[" Excess of NaOH (aq) was added to "100mL" of FeCla(aq) resulting into "2.14g" of Fe(OH) "" ) "3" of Fe(OH) "" ) "3" of Fe(OH) "3" .The molarity "]

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The amount of Arsenic pentasulphide that can be obtained when 35.5 g of arsenic acid treated with excess H_(2)S in the presence of conc. HCl (assuming 100% conversion) is

The amount of arsenic pentasulhide that can be obtained when 35.5g arsenic acid is treated with axess H_(2)S in the presence of conc. HCl ("assuming" 100% "conversion") is :

The amount of arsenic pentasulhide that can be obtained when 35.5g arsenic acid is treated with axess H_(2)S in the presence of conc. HCl ("assuming" 100% "conversion") is :

The amount of arsenic pentasulhide that can be obtained when 35.5g arsenic acid is treated with axess H_(2)S in the presence of conc. HCl ("assuming" 100% "conversion") is :

What is the volume of CO_2 liberated (in litres) at 1 atmosphere and 0^@C when 10 g of 100% pure calcium carbonate is treated with excess dilute sulphuric acid ? (Atomic mass Ca = 40, C = 12, O = 16)

The normality of a mixture of HCI and H_2 SO_4 solution is N/5 Now, 0.287 g of AgCI is obtained when 20 ml of the solution is treated with excess of AgNO_3 . The percentage of both acids in the mixture will be?