9.65 C of electric current is passed through fused anhydrous `MgCl_(2)` . The magnesium metal thus obtained is completely converted into a Grignard reagent. The number of moles of Grignard reagent obtained is :

9.65C of electric current is passed through fused anhydrous magnesium chloride. The magnesium metal is completely converted into a Grignard reagent. The number of moles of the Grignard reagent obtained is Axx10^(-5) then value of A is

Grignard reagent is obtained when magnesium is treated with

Same amount of electric current is passed through the solutions of AgNO_3 and HCI. If 1.08 g of silver is obtained from AgNO_3 solution. The amount of hydrogen liberted at STP will be

A : Two moles of Grignard reagent is consumed in the formation of tertiary alcohol from ester following by hydrolysis . R : One mole of Grignard reagent convert ester into Ketone and second mole of Grignard reagent adds to Ketone .

Magnesium obtained by the electrolysis of fused MgCl_(2) using

How will you obtain the following ? (Give balanced chemical equations): Propan-2-ol from Grignard's reagent

An organic compound (X) with molecular formula C_(3)H_(6)O is not readily oxidised. On reduction it gives C_(3)H_(8)O (Y) which reacts with HBr to give alkyl bromide (Z) which is converted to Grignard reagent. Grignard reagent reacts with (X) to give 2 , 3-dimethylbutan-2-ol. (X), (Y) and (Z) repectively are.

10800 C of electricity passed through an electrolyte deposited 2.977 g of metal with atomic mass 106.4 " g mol"^(-1) The charge on the metal cation is :

10800 C of electricity passed through the electrolyte deposited 2.977g of metal with atomic mass 106.4 g mol^(-1) . The charge on the metal cation is