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[" Q.32.A compound with the empirical fo...

[" Q.32.A compound with the empirical formula "Co(NH_(3))_(5)BrSO_(4)" exists in two forms: red and "],[" violet.Solution of red gives a precipitate of AgBr on addition of AgNO "_(3)" .The violate form "],[" gives no precipitate on the addition of "AgNO_(3)" but gives a white precipitate on the addition "],[" of "BaCl_(2)" solution.Form these observations draw the structure of each compound and "],[" explain the observations."]

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A Compound with the empirical formula Co(NH_3)_5 BrSO_4 exists in two forms : red and violet. Solution of red gives a precipitate of AgBr on addition of AgNO_3 . The violet form Sives no precipitate on the addition at AgNO_3 but gives a white precipitate on addition of BaCl_2 solution. From these observations draw the structure of each compound and explain the observations.

A compound with the empirical formula Co(NH_(3))_(5)SO_(4) Br exists in two forms viz red and violet forms Solution of red form gives a precipitate of AgBr with AgNO_(3) solution The violet form gives no precipitate with AgNO_(3) but gives white precipitate with the aquous solution of BaCI_(2) From the these observations give the structure of each form .

A compound with the empirical formula Co(NH_(3))_(5)SO_(4) Br exists in two forms viz red and violet forms Solution of red form gives a precipitate of AgBr with AgNO_(3) solution The violet form gives no precipitate with AgNO_(3) but gives white precipitate with the aquous solution of BaCI_(2) From the these observations give the structure of each form .

AgNO_(3) solution will not give white precipitate with

AgNO_(3) solution will not give white precipitate with

AgNO_(3) gives red precipitate with

On addition of AgNO_(3) to four different test tubes containing different solution, one of them gave a white precipitate . It may be

The compounds that gives white precipitates with AgNO_(3) .