MolSynapse
question bank
All chapters
NEET
JEE
Practice
MolSynapse
/
Question bank
/
Coordination Compounds
/
Werner's theory and conductivity, AgNO3 tests
JEE Main level
Single correct option
Difficulty 2 of 3
cc129
A complex
CoCl
X
3
⋅
x
NH
X
3
(Co coordination number 6) liberates 0.20 mol of
AgCl
when 0.10 mol of it is treated with excess
AgNO
X
3
. The value of
x
is
A
4
B
3
C
5
D
6
Answer: C
Free chloride per formula unit
=
0.20/0.10
=
2
, so one chloride is inside. Coordination number
6
=
x
+
1
gives
x
=
5
, i.e.
[
Co
(
NH
X
3
)
X
5
Cl
]
Cl
X
2
.
Practice Coordination Compounds
More on Werner's theory and conductivity, AgNO3 tests
Previous question
Next question
More questions on Werner's theory and conductivity, AgNO3 tests
Which of the following statements about Werner's theory are correct? One or more options may be correct.
JEE Main level
Which of the following give a precipitate of AgCl immediately on adding excess aqueous AgNO3? One or more options may be correct.
JEE Main level
At the same molar concentration, which is the correct order of increasing molar conductivity of [Co(NH3)6]Cl3 (I), [Co(NH3)5Cl]Cl2 (II), [Co...
JEE Main level
Violet CrCl3.6H2O gives 3 mol AgCl per mole with excess AgNO3 and its coordination number is 6. A green isomer of the same composition gives...
JEE Main level
The oxidation state and coordination number of platinum in [Pt(en)2Cl2]Cl2 are, respectively (en = bidentate neutral ligand)
JEE Main level
The number of ions produced per formula unit when K2[PtCl6] dissolves in water (complete dissociation) is
JEE Main level