an arrow from a reagent write the formula(s) for the ion(s) present in solution. Write the procedure step number by each 1. In the box below an arrow from a reagent write the formula(s) for the precipitate or residue. In the box to the right of 2 B(OH), cs) +3 Sno caq)2 Bi cs) +3 fuO; up + 3 H2O(Q) Homework: reagent used. Cu²+ _blue clear Solution color: Bi3+ Co2+ _red Ni** green Cu*t, Bi³* Co*, Ni²* 0 obinistsasont odh gnibba 9tolod ofeed cDROr oltuto orı al vdW E thioacetauide Tobiautoscoid od paibbn ovotsed bobba oals H,S (HCI) Co", Ni2* (Group III if present) HNO3 thioacetanide 5 3+ Bi (ag), Cra Biz Sg, Cus 3 NH3 (NH/NH,CI) Group III if present culNHola can) blue Cu ag) + 4NHgcapCu(NH coy) HNO3 (conc) coob Looloo obloly i botcorn bas 24 4 हेद स HCI (conc) 4 Na,Sno CoS, NiS Co can> vlolinitsb Jast ortedw I oia caq bion ** Isoamyl alcohol dimethylglyoxime NHẠNCS 8. Bi (S) black 2- 2. 2- Co(NS)A 2ー 14 (ag) red "25 for Group II separations is generated by hydrolysis of thioacetamide, CH;CSNH2. "Prepared fresh using NaOH and SnCl2 green + 4CNS can) 2 CO(CNS). 2- Co (ag)+ 4 ca) n wolad xod o dgn ont or nd al TO Tal uri mol wons xod 2. is the made acidic the in step 1? would if the were Qualitative Analysis: Group II 176 strongly acidic? CO AS चेतो also added before adding the thioacetamide? (HC) 4. A solution was known to contain only Group II cations. When the solution was made acidic, treated with thioạcetamide and heated, it yielded a dark precipitate (A) and an olive-colored decantate (X). When precipitate (A) was treated with HNO, it completely dissolved to form colorless solution (B). Addition of NH,(aq) produced a white gelatinous precipitate in a colorless solution. Decantate (X) was treated with NH,Cl, NH,(aq), thioacetamide and heated to produce a dark precipitate (Y). The dark precipitate (Y) dissolved completely in a mixture of concentrated nitric and hydrochloric acids. Indicate for each ion in Group II whether it was definitely present, definitely absent, or that you cannot deciue from the information given. RIcopo Sac

Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter15: Additional Aqueous Equilibria
Section: Chapter Questions
Problem 111QRT: Consider the nanoscale-level representations for Question 111 of the titration of the aqueous strong...
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an arrow from a reagent write the formula(s) for the ion(s) present in solution. Write the procedure step number by each
1. In the box below an arrow from a reagent write the formula(s) for the precipitate or residue. In the box to the right of
2 B(OH), cs) +3 Sno caq)2 Bi cs) +3 fuO; up + 3 H2O(Q)
Homework:
reagent used.
Cu²+ _blue
clear
Solution color:
Bi3+
Co2+ _red
Ni** green
Cu*t, Bi³*
Co*, Ni²*
0 obinistsasont odh gnibba 9tolod ofeed cDROr oltuto orı al vdW E
thioacetauide
Tobiautoscoid od paibbn ovotsed bobba oals
H,S
(HCI)
Co", Ni2*
(Group III if present)
HNO3
thioacetanide
5
3+
Bi (ag), Cra
Biz Sg, Cus
3
NH3
(NH/NH,CI)
Group III if present
culNHola can)
blue
Cu ag) + 4NHgcapCu(NH coy) HNO3 (conc)
coob Looloo
obloly i botcorn bas
24
4
हेद स
HCI (conc)
4
Na,Sno
CoS, NiS
Co can>
vlolinitsb Jast
ortedw I oia
caq
bion
**
Isoamyl alcohol
dimethylglyoxime
NHẠNCS
8.
Bi (S)
black
2-
2.
2-
Co(NS)A
2ー
14
(ag)
red
"25 for Group II separations is generated by hydrolysis of thioacetamide, CH;CSNH2.
"Prepared fresh using NaOH and SnCl2
green
+ 4CNS can) 2 CO(CNS).
2-
Co
(ag)+
4 ca)
Transcribed Image Text:an arrow from a reagent write the formula(s) for the ion(s) present in solution. Write the procedure step number by each 1. In the box below an arrow from a reagent write the formula(s) for the precipitate or residue. In the box to the right of 2 B(OH), cs) +3 Sno caq)2 Bi cs) +3 fuO; up + 3 H2O(Q) Homework: reagent used. Cu²+ _blue clear Solution color: Bi3+ Co2+ _red Ni** green Cu*t, Bi³* Co*, Ni²* 0 obinistsasont odh gnibba 9tolod ofeed cDROr oltuto orı al vdW E thioacetauide Tobiautoscoid od paibbn ovotsed bobba oals H,S (HCI) Co", Ni2* (Group III if present) HNO3 thioacetanide 5 3+ Bi (ag), Cra Biz Sg, Cus 3 NH3 (NH/NH,CI) Group III if present culNHola can) blue Cu ag) + 4NHgcapCu(NH coy) HNO3 (conc) coob Looloo obloly i botcorn bas 24 4 हेद स HCI (conc) 4 Na,Sno CoS, NiS Co can> vlolinitsb Jast ortedw I oia caq bion ** Isoamyl alcohol dimethylglyoxime NHẠNCS 8. Bi (S) black 2- 2. 2- Co(NS)A 2ー 14 (ag) red "25 for Group II separations is generated by hydrolysis of thioacetamide, CH;CSNH2. "Prepared fresh using NaOH and SnCl2 green + 4CNS can) 2 CO(CNS). 2- Co (ag)+ 4 ca)
n wolad xod
o dgn ont or nd al TO Tal uri mol wons xod
2. is the made acidic the in step 1? would if the were
Qualitative Analysis: Group II
176
strongly acidic?
CO AS
चेतो
also added before adding the thioacetamide?
(HC)
4. A solution was known to contain only Group II cations. When the solution was made acidic, treated with thioạcetamide
and heated, it yielded a dark precipitate (A) and an olive-colored decantate (X). When precipitate (A) was treated
with HNO, it completely dissolved to form colorless solution (B). Addition of NH,(aq) produced a white gelatinous
precipitate in a colorless solution. Decantate (X) was treated with NH,Cl, NH,(aq), thioacetamide and heated to produce
a dark precipitate (Y). The dark precipitate (Y) dissolved completely in a mixture of concentrated nitric and hydrochloric
acids. Indicate for each ion in Group II whether it was definitely present, definitely absent, or that you cannot deciue
from the information given.
RIcopo
Sac
Transcribed Image Text:n wolad xod o dgn ont or nd al TO Tal uri mol wons xod 2. is the made acidic the in step 1? would if the were Qualitative Analysis: Group II 176 strongly acidic? CO AS चेतो also added before adding the thioacetamide? (HC) 4. A solution was known to contain only Group II cations. When the solution was made acidic, treated with thioạcetamide and heated, it yielded a dark precipitate (A) and an olive-colored decantate (X). When precipitate (A) was treated with HNO, it completely dissolved to form colorless solution (B). Addition of NH,(aq) produced a white gelatinous precipitate in a colorless solution. Decantate (X) was treated with NH,Cl, NH,(aq), thioacetamide and heated to produce a dark precipitate (Y). The dark precipitate (Y) dissolved completely in a mixture of concentrated nitric and hydrochloric acids. Indicate for each ion in Group II whether it was definitely present, definitely absent, or that you cannot deciue from the information given. RIcopo Sac
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