The isomer(s) of $[Co {({NH}_{3})}_{4} {Cl}_{2}]$ that has/have a $Cl - Co - Cl$ angle of $90^{°}$ , is/are: $<$

cis only

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trans only

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meridional and trans

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cis and trans

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Solution

The correct option is A
cis only

The appropriate choices are (a)
The Explanation for the correct option:
(a)
Explanation: Similar ligands in the cis-isomer are at an angle of there are two possible forms of this compound: cis and trans. the second in the cis isomer each other at an angle. during trans two each other at an angle.
Diagram:
The Explanation for the incorrect option:
(b)
Explanation: Alkene double bonds and substituents in rings serve as examples of this.
Cis and trans alkenes represent the two extremes of the size spectrum.
Diagram:
(c)
Explanation: Because the similar ligands are on the opposing sides of the metal ion and are in the same plane, trans molecules are also known as meridional and trans-isomers.
Diagram:
(d)
Explanation: When two atoms are similar a molecule is said to have a "cis" isomer if it is on the same side of a double bond.
Contrarily, trans isomers consist of molecules with two similar atoms placed on either side of a double bond.
Diagram:
The correct options are (a): Similar ligands in the cis-isomer are at an angle of there are two possible forms of this compound

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The isomer(s) of [Co(NH3)4Cl2]that has/have aCl-Co-Clangle of90°, is/are:<

The isomer(s) of $[Co {({NH}_{3})}_{4} {Cl}_{2}]$ that has/have a $Cl - Co - Cl$ angle of $90^{°}$ , is/are: $<$