CH3COOAg+ C2H5Cl A (organise) Wrong statement about A is : 1) A is an ester 2) IUPAC - Chemistry - Haloalkanes and Haloarenes

Question

CH3COOAg+ C2H5Cl > A
(organise)

Wrong statement about A is :
1) A is an ester
2) IUPAC name of 'A' is ethylethanoate
3) Functional group isomer of 'A' is butyric acid
4) All carbons in 'A" are sp2 hybridised

Geetha · Accepted Answer

Statement 4 is wrong
CH3COOAg + C2H5Cl → CH3COOC2H5                                                              A1
 A is an ester as it has COO functional isomer2
 IUPAC name is ethyl ethanoate3
 Function isomer of esters are acid
So all these statements are correct
When single bonds are present the hybridisation is sp3
CH3-COO-CH2-CH3sp3       sp2      sp3      sp3
In COO, carbon is having C=O group, the hybridisation is
spâ€‹2

CH3COOAg+ C2H5Cl > A (organise) Wrong statement about A is : 1) A is an ester 2) IUPAC name of 'A' is ethylethanoate 3) Functional group isomer of 'A' is butyric acid 4) All carbons in 'A" are sp2 hybridised

CH₃COOAg+ C₂H₅Cl > A (organise)

Wrong statement about A is :
1) A is an ester
2) IUPAC name of 'A' is ethylethanoate
3) Functional group isomer of 'A' is butyric acid
4) All carbons in 'A" are sp2 hybridised