Those stereoisomers are called configura...

Those stereoisomers are called configurational isomers if they differ in spatial arrangement of atom or group and are not interconvertible without cleaving a bond. Geometrical isomer arises due to restricted rotation about a bond or centre. The number of G.I is `2^(n)` where n= number of stereoisomers, in some cases the number of G.I is less than `2^(n)` in case where either side nomenclature will be possible.
The number of G.I. of the compound `C_(2)H_(5)-CH=CH-CH=CH-CH=CH-CH_(3)` is

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Allenes with even are not planar and not show GI

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Those stereoisomers are called configurational isomers if they differ in spatial arrangement of atom or group and are not interconvertible without cleaving a bond. Geometrical isomer arises due to restricted rotation about a bond or centre. The number of G.I is 2^(n) where n= number of stereoisomers, in some cases the number of G.I is less than 2^(n) in case where either side nomenclature will be possible. Which of the following pairs has correct stability order :