The hybridization of the negetively charged `C` atom of `overset(-)overset(..)CH_(3)`, is

Hybridization of 1 and 2 carbon atoms in overset(1)(CH_(2))=overset(2)(C)=CH_(2)

The hybridisation of C_(2) carbon atom present in overset(3)CH_(2)=overset(2)C=overset(1)CH_(2)

The hybridization and Shape of overset((-))(CH_(3)) is respectively

The hybridization and Shape of overset((-))(CH_(3)) is respectively

Evaluate the type of hybridization of carbon atoms marked with star. (A) overset**CH_(2)=CH-overset**undersetOunderset(||)C-O-H (B) CH_(3)-overset**CH_(2)-OH (C) CH_(3)-CH_(2)-overset**undersetOunderset(||)C-H (D) overset**CH_(3)-CH=CH-CH_(3) (E) CH_(3)-overset**C-=CH Number of carbon atoms of hybridization: Type-I =x ; Type-II=y; Type-III=z If "x" gt "y" gt "z" ; then find {[y^(2)-x+z]/6}

(i) Discuss the concept of hybridisation. What are its different types in a carbon atom. (ii) What is the type of hybridisation of carbon atoms marked with star. (a) overset(**)CH_(2)=CH-overset(O)overset(**"||")C-O-H (b) CH_(3)-overset(**)CH_(2)-OH (c ) CH_(3)-CH_(2)-overset(O)overset(**"||")C-H (d ) overset(**)CH_(3)-CH=CH-CH_(3) (e ) CH_(3)-overset(**)C-=CH

The number of sp^2 hybridized carbon atoms in HC -= C - CH_2 - overset(O)overset(||)C-CH_2- CH= CH_2 is