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[" A solution containing "2.675g" of "CoCl_(3)*6NH_(3)" (molar "],[mass=267.5gmol^(-1))" is passed through a cation "],[" exchanger.The chloride ions obtained in solution "],[" were treated with excess of AgNO,to give "4.78" ,"],[" of "AgC(" molar mass "=143.5g" mol- "'" ).The formula "],[" of the complex is "],[[" (At mass of "Ag=108u)," (2) "[Co(NH_(3))_(6)]Cl_(3)],[" (3) "[CoCl_(2)(NH_(3))_(4)]Cl," (4) "[Col_(3)(NH_(3))]]]

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A solution containing 2.675 g of CoCl_(3).6NH_(3) (molar mass = 267.5 g mol^(-1) is passed through a cation exchanger. The chloride ions obtained in solution are treated with excess of AgNO_(3) to give 4.78 g of AgCl (molar mass = 143.5 g mol^(-1) ). The formula of the complex is (At.mass of Ag = 108 u ) .

A solution containing 2.675 g of CoCl_(3).6NH_(3) (molar mass = 267.5 g mol^(-1) is passed through a cation exchanger. The chloride ions obtained in solution are treated with excess of AgNO_(3) to give 4.78 g of AgCl (molar mass = 143.5 g mol^(-1) ). The formula of the complex is (At.mass of Ag = 108 u ) .

A solution containing 2.675 g of CoCl_(3).6NH_(3) (molar mass = 267.5 g mol^(-1) ) is passed through a cation exchanger. The chloride ions obtained is solution were treated with excess of AgNO_(3) to give 4.73 g of AgCl (molar mass = 143.5 g mol^(-1) ). The formula of the complex is (At. mass of Ag = 108 u)

A solution containing 2.675g of COCl_(3).6NH_(3) (molar mass =267.5gmol^(-1) ) is passed through a cation exchanger, The chloride ions obtined in solution were treated with excess of AgNO_(3) to give 4.78g of AgCl ("molar mass" =143.5gmol^(-1) .The formula of the complex is (Atomic mass of Ag=108 u )

A solution containing 2.675 g of CoCl_(3).6NH_(3) (molar mass = 267.5 g "mol"^(-1) ) is passed through a cation exchanger. The chloride ions obtained in solution were treated with excess of AgNO_(3) to give 4.78 g of AgCl (molar mass = 143.5 g "mol"^(-1) ). The formula of the complex is : (At. mass of Ag = 108u)

A solution containing 2.675g of CoCl_3. 6NH_3 (molar mass= 267.5 g mol^(-1) ) is passed through a cation exchanger. The chloride ions obtained in solution were treated with excess of AgNO_3 to give 4.78 g of AgCI (molar mass =143.5 g mol^(-1) ). The formula of the complex is (atomic mass of Ag=108a).

A solution containing 2.675 g of CoCl_3 .6NH_3 (molar mass = 267.5 g mol^-1 ) is passed through a cation exchanger. The chloride ions obtained in solution were treated with excess of AgNO_3 to give 4.78 g of AgCl (molar mass = 143.5 g mol^-1 ). The formula of the complex is : (At. mass of Ag = 108 u)