Colemanite + G (compound) rarr A + B + C
`Coverset(Delta)rarrD+E("gas")overset("Baryta water")rarr`
`"milky"overset(E+H_(2)O)rarr"milkyness disappears"`
`B + E ("gas") rarr A + G , A overset(Delta)rarr F + B`
`F + CuO rarr "Blue bead"`
F with 3 moles of water gives 2 moles of compound `'H'. 'H'` on heating to `100^(@)C` gives `'I'.'I'` is :

Colemanite + G (compound) rarr A + B + C Coverset(Delta)rarrD+E("gas")overset("Baryta water")rarr "milky"overset(E+H_(2)O)rarr"milkyness disappears" B + E ("gas") rarr A + G , A overset(Delta)rarr F + B F + CuO rarr "Blue bead" Compound 'A' is :

Colemanite + G (compound) rarr A + B + C Coverset(Delta)rarrD+E("gas")overset("Baryta water")rarr "milky"overset(E+H_(2)O)rarr"milkyness disappears" B + E ("gas") rarr A + G , A overset(Delta)rarr F + B F + CuO rarr "Blue bead" When 1 mole of 'C' and 2 moles of 'G' are heated the number of moles of 'E' formed is/are 'x' . The number of hybrid or orbitals in 'E' is/are 'y' . then x + y =

overset("SOCl"_(2))(rarr) (A) overset("KCN")(rarr) (B) overset(H^(+))(rarr) (C ), the compound (C ) is

The product D of the reaction CH_(3)Cl overset( KCN) ( rarr) ( A) overset( H_(2) O) ( rarr) (B) overset( NH_(3))(rarr) ( C ) overset( Delta)( rarr) ( D ) is

The product D of the reaction CH_(3)Cl overset( KCN) ( rarr) ( A) overset( H_(2) O) ( rarr) (B) overset( NH_(3))(rarr) ( C ) overset( Delta)( rarr) ( D ) is

CH_(3)CH=CH_(2)overset(NBS)rarr A overset(KCN)rarr B overset(OH^(-)//Delta)rarr C overset(P//Br_(2))rarr D overset(NH_(3))rarr E overset(Delta)rarr F

overset(3CH_(3)l) rarr (A) overset (Ag_(2)O) rarr (B) overset(triangle)rarr C+D+H_(2)O What are A, B, C, D