You are provided with two organic compounds'A and 'B' having the molecular formula 'C_4 H_6', which are position isomers of each other. Your are also supplied with ammoniacal solution of cuprous chloride. How will you identify 'A' and 'B ?'

You are provided with two organic compounds having the molecular formula 'C_4 H_6' which are position isomers of each other. You are also supplied with ammoniacal solution of cuprous chloride. How will you identify the compounds?

An organic compound 'A' has the molecular formula C_3H_6O , it undergoes iodoform test. Wheir saturated with dil. HCl it gives 'B' of molecular formula C_9H_(14)O . A and B respectively are

A certain compound has a formula C_3H_6O . It combines with hydroxylamine to form two compounds which are geometrical isomers of each other. It is

An organic compound 'A' with molecular formula C_(7)H_(6)O forms 2,4-DNP derivative and reduces Tollens' reagent. When 'A' is heated with conc. NaOH, it gives sodium benzoate and compound 'B'. The compound 'B' is

An organic compound A on treatment with CHCl_3 and KOH gives two compounds B and C . Both B an C give the same product (D) when distilled with zinc dust. Oxidation of D gives E . having molecular formula C_7 H_6 O_2 . The sodium salt of E on heating with soda lime gives F which may also be obtained by distilling A with zinc dust. Identify A to F ,

An alcohol ‘A' having molecular formula C_3H_8O gives iodoform test. ‘A’ on treatment with copper at 573k gives B. 'B' on treatment with sodium hydroxide 'C' obtained .Identify A,B andC.

A and B are two Isomeric coordination compounds with molecular formula CoCI_3. 6H_2O . A gives 2 moles of AgCI and B gives 3 moles of AgCI with AgNO_3 solution:- What type of isomers are A and B ?

A and B are two Isomeric coordination compounds with molecular formula CoCI_3. 6H_2O . A gives 2 moles of AgCI and B gives 3 moles of AgCI with AgNO_3 solution:- Write the structural formula of A and B.

A and B are two Isomeric coordination compounds with molecular formula CoCI_3. 6H_2O . A gives 2 moles of AgCI and B gives 3 moles of AgCI with AgNO_3 solution:- Give the lUPAC names of A and B.