In order to prepare for a qualitative analysis experiment, Felix is predicting whether small samples of several pairs of 0.10 Mcontrol solutions will form a precipitate when mixed. He uses the table of solubility values provided as well as the generalsolubility guidelines in the chempendix.Solubilities of Alkaline Earth Salts(g/100 g H,O, at 20 – 25°C)cosoCro C,0;OH-Mg?+| 0.000690.1835.754.80.038Са2+0.160.000660.20513.20.00061Sr2+2.250.000340.1350.1060.005Ba2+4.910.00140.000310.000260.0075For each pair of compounds, predict the formula for the precipitate that Felix will see when he mixes the solutions in lab. If noprecipitate forms, enter NP for no precipitate.Mg(NO,), and (NH,),CO, :MGCO,IncorrectВаCl, and NaОН:Ba(ОН),IncorrectAgNO, and NaBr :AgBrCa(NO,), and KCI :СаClIncorrectSDECIAIASO1..

First we would write reaction between these compounds and check if any solid product is formed using…

In order to prepare for a qualitative analysis experiment, Felix is predicting whether small samples of several pairs of 0.10 M control solutions will form a precipitate when mixed. He uses the table of solubility values provided as well as the general solubility guidelines in the chempendix. Solubilities of Alkaline Earth Salts (g/100 g H,O, at 20 – 25°C) co3 so;- Cro C,0 OH- Mg2+ | 0.00069 0.18 35.7 54.8 0.038 Ca2+ 0.16 0.00066 0.205 13.2 0.00061 Sr2+ 2.25 0.00034 0.135 0.106 0.005 Ba2+ 4.91 0.0014 0.00031 0.00026 0.0075 For each pair of compounds, predict the formula for the precipitate that Felix will see when he mixes the solutions in lab. If no precipitate forms, enter NP for no precipitate. Mg(NO,), and (NH,),CO, : MGCO, Incorrect BaCl, and NaOH : Ba(OH), Incorrect AGNO, and NaBr : AgBr Ca(NO,), and KCI : CaCl, Incorrect CDECIAL

In order to prepare for a qualitative analysis experiment, Felix is predicting whether small samples of several pairs of 0.10 M control solutions will form a precipitate when mixed. He uses the table of solubility values provided as well as the general solubility guidelines in the chempendix. Solubilities of Alkaline Earth Salts (g/100 g H,O, at 20 – 25°C) co3 so;- Cro C,0 OH- Mg2+ | 0.00069 0.18 35.7 54.8 0.038 Ca2+ 0.16 0.00066 0.205 13.2 0.00061 Sr2+ 2.25 0.00034 0.135 0.106 0.005 Ba2+ 4.91 0.0014 0.00031 0.00026 0.0075 For each pair of compounds, predict the formula for the precipitate that Felix will see when he mixes the solutions in lab. If no precipitate forms, enter NP for no precipitate. Mg(NO,), and (NH,),CO, : MGCO, Incorrect BaCl, and NaOH : Ba(OH), Incorrect AGNO, and NaBr : AgBr Ca(NO,), and KCI : CaCl, Incorrect CDECIAL

Chemistry by OpenStax (2015-05-04)

1st Edition

ISBN:9781938168390

Author:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser

Publisher:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser

Chapter15: Equilibria Of Other Reaction Classes

Section: Chapter Questions

Problem 11E: The Handbook of Chemistry and Physics (http://openstaxcollege.org/l/16Handbook) gives solubilities...

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In order to prepare for a qualitative analysis experiment, Felix is predicting whether small samples of several pairs of 0.10 M control solutions will form a precipitate when mixed. He uses the table of solubility values provided as well as the general solubility guidelines in the chempendix. Solubilities of Alkaline Earth Salts (g/100 g H2O, at 20−25∘C) OH− CO2−3 SO2−4 CrO2−4 C2O2−4 Mg2+ 0.00069 0.18 35.7 54.8 0.038Ca2+ 0.16 0.00066 0.205 13.2 0.00061Sr2+ 2.25 0.00034 0.135 0.106 0.005Ba2+ 4.91 0.0014 0.00031 0.00026 0.0075For each pair of compounds, predict the formula for the precipitate that Felix will see when he mixes the solutions in lab. If no precipitate forms, enter NP for no precipitate.
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