Acid Radical (CO3-2 SO3-2 S-2, CH3COONO-2) || Solubility Chart

CH_3 CH_2 NH_2 is soluble in

CH_(3)-CO-CO-CH_(2)CH_3

Homolytic fission of the following alkanes forms free radicals CH_(3) - CH_(3) , CH_(3) - CH_(2) - CH_(3) , (CH_3)_3 C, CH_(3) - CH_(2) - CH (CH_(3) )_(2) Increasing order of stability of the radicals is

Major contributors to acid rain are : (P) CO_(2) , (Q) SO_(2) (R) NO_(2) , (S) SO_(3)

Compare the stability of the following free Radical. (a) CH_(3) - overset(.)CH_(2) " "(b)CH_(2) = overset(.)CH " "(c) CH = overset(.)CH

Consider the following free radicals. (I) CH_3 - CH_2^@ (II) Ph - CH_2^@ (III) Ph - CH^@- CH_3 The decreasing order of stability of the given free radicals is

The correct order of reactivity in hydrolysis of the following acid derivatives is CH_(3)COCl (I), CH_(3)CONH_(2) (II), CH_(3)COOCH_(3) (III), (CH_(3)CO)_(2)O (IV) is

(a)What are conjugate bases of each of the following : HS^(-), H_3O^(+), H_2PO_4^(-), HSO_4^(-), CH_3COOH, [Al(H_2O)_6]^(3+), H_2SO_4 (b)Give the conjugate acids of the following : OH^(-), HCO_3^(-), HPO_4^(2-), CH_3NH_2, CO_3^(2-), CH_3COOH, NH_2^(-), HCOO^- (c ) Which of the following behave both as Bronsted acids as well as Bronsted bases ? H_2O, HCO_3^(-), H_2SO_4 , H_3PO_4 , HS^-