MCQ
The complex $[Pt (py) (NH_3) (Br) (Cl)]$ will have how many geometrical isomers ?
- A$0$
- B$2$
- ✓$3$
- D$4$
✓
Answer
Correct option: C.
$3$
c
The given complex is a type of [Mabcd] compound where the M is metal and a,b,c,d are 4 different ligands attached to it. This type of complexes forms 3 geometrical isomers as depicted in the image.
The given complex is a type of [Mabcd] compound where the M is metal and a,b,c,d are 4 different ligands attached to it. This type of complexes forms 3 geometrical isomers as depicted in the image.
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
Number of optical isomers possible for $2$ - chlorobutane..........
→Oxidation number of osmium $(Os)$ in $Os{O_4}$ is
→To prevent corrosion, iron pipes carrying drinking water are covered with zinc. The process involved is
The number of enantiomers of the compound $C{H_3}CHBrCHBrCOOH$ is
→Which set of terms correctly identifies the carbohydrate shown ?
→$(1)$ Pentose $(2)$ Pentulose $(3)$ Hexulose $(4)$ Hexose
$(5)$ Aldose $(6)$ Ketose $(7)$ Pyranose $(8)$ Furanose
The nucleus of the element $_{21}{E^{45}}$ contains
→Write the dehydration rate of ${S_{{N^1}}}$ reaction of following Alcohols
→Arrange the acids $ (I) $ ${H_2}S{O_3}$ $ (II) H_3PO_3 $ and $(III) HClO_3 $ in the decreasing order of acidity
→Oxidation number of $C$ in ${C_6}{H_{12}}{O_6}$ is
→On decreasing internuclear distance below, the optimum distance (where potential energy is minimum), there is steep increase in potential energy due to