HCI is added to a hydrocarbon 'A'`(C_4H_8)`to give a compound 'B'which on hydrolysis with aqueous alkali forms tertiary alcohol 'C' `(C_4H_10O)`.Identify 'A','B' and'C'.

Draw all possible structural formula of compounds from their molecular formula given below: C_4H_(10)

Give isomers of compound having molecular C_4H_10 .

When ethanol is heated at 170^(@)C with conc. H_(2)SO_(4) , it forms an organic compound 'A' and water. The compound 'A' reacts with hydrogen in the presence of nickel to form 'B'. ii.Identify the homologous series to which A and B belongs.

Write structure of optically active alcohol having molecular formula C_4H_10O

An organic compound 'A' having molecular formula C_2H_6O evolves hydrogen gas on treatment with sodium metal and on treatment with red phosphorous and iodind gives compound 'B'. The compound 'B' on treatment with, alcoholic KNC and on subsequent reduction gives compound 'C'. The compound 'C' on treatment with nitrous acid evolves nitrogen gas. Write the balanced chemical equations for all the reactions involved and identify thecompound 'A' 'B' and 'C'.

Give isomers of compound having molecular C_5H_12 .

Write the number of covalent bonds in the molecules of butane, C_(4)H_(10) .

Which of the following belongs to the homologous series of C_(5) H_(8) O_(2)N ?

When ethanol is heated at 170^(@)C with conc. H_(2)SO_(4) , it forms an organic compound 'A' and water. The compound 'A' reacts with hydrogen in the presence of nickel to form 'B'. iii. Name the products formed when 'B' undergoes combustion in presence of sufficient amount of oxygen. Write its chemical equation.

An organic compound P has molecular formula C_(2)H_(4) . On reduction, it gives another compound Q with molecular formula C_(2)H_(6). Q reacts with chlorine in the presence of sunlight to give R having molecular formula C_(2)H_(5)Cl. Identify P, Q and R.