HaloAlkanes and HaloArenes 13 :Reaction with KOH /AgOH /KCN /AgCN /KNO2 /AgNO2 /NH3 / RONa /H2O

Important SN2 reaction with KCN, AgCN, KNO2,AgNO2|| Hydrolysis OF Alkane nitrite

Finkelstein Reaction, Swarts Reaction with KCN, AgCN, KONO, AgONO, Ag2O(Dry) Ag2O(Moist), AgNo3

Reaction OF R-X with KNo2 ,AgNo2, KCN, AgCN || Reaction OF PCl5 with R-OH , R-COOH etc

Swarts Reaction || Finkelstein Reaction || Reaction OF Alkyl Halide with KCN, AgCN, Ag2O(Dry), Ag2O(Moist), KNO2, AgNO2, AgNO3(Aqueous and Alcoholic)

On heating a mixture of NH_4 Cl and KNO_2 , we get

Ambident Nucleophiles are 1. AgCN,KCN 2. AgNO_2 , KNO_2 3. KI,AgI 4. RCOONa, RCOOK

In the reaction P_4 + 3 KOH + 3H_2 O to PH_3 + 3KH_2 PO_2

(a) Alkyl halides react with AgNO_(2) and KNO_(2) to give R-NO_(2) and R-ONO respectively. Why? (b) Haloarenes are insoluble in water but are soluble in benzene. Why?

(a) Alkyl halides react with AgNO_(2) and KNO_(2) to give R-NO_(2) and R-ONO respectively. Why? (b) Haloarenes are insoluble in water but are soluble in benzene. Why?

The equilibrium constant of the following are reactions N_2+3H_2hArr2NH_3 K_1 N_2+O_2hArr2NO K_2 H_2+1/2O_2rarrH_2O K_3 The equilibrium constant (K) of the reaction NH_3+5/2O_2overset(K)harr2NO+3H_2O , will be