Consider the following sequence of reactions to give the major product (X) (i) /anhydrous (ii) / (iii) / g of the major product (X) formed is reacted with solution to liberate a gas which occupied at STP. = ______ g. (Given molar mass in : 1, C : 12, O : 16, Cl : 35.5)

Consider the following sequence of reactions to give the maj... — JEE PYQs | Mockzy

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Consider the following sequence of reactions to give the major product (X) (i)

C H_{3} Cl

/anhydrous

A lC l_{3}

(ii)

C l_{2}

F e C l_{3}

(iii)

K_{2} C r_{2} O_{7}

H_{2} S O_{4}

(X) Major Product

P

g of the major product (X) formed is reacted with

N a H C O_{3}

solution to liberate a gas which occupied

11.2 d m^{3}

at STP.

P

= ______ g. (Given molar mass in

g m o l^{- 1} H

: 1, C : 12, O : 16, Cl : 35.5)

According to Lewis theory, the total number of bond-pairs and lone pair of elect

2.0 g of a bromo hydrocarbon (X) was subjected to Carius analysis, gave 3.36 g o

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