All the compounds listed in Column I react with water- Match the result of the respective reactions with the appropriate options listed in Column II- Column 1 Column 2- A CH32SiCl2 P Hydrogen halide formation- B XeF4 q Redox reaction- C Cl2 r Reacts with glass- D VCl5 s Polymerization- t O2 formation- -

Answer : A(P,S); B(P,Q,R,T); C(P,Q); D(P) (A) nbsp; (B) 6XeF_4+12H_2O → 4Xe+2XeO_3+24HF+3O_2 (C) Cl_2+H_2O→ HCl+HOCL (D) VCl_5+H_2O→ VOCl_3+HCl Note ...

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Byju's Answer

Standard XII

Chemistry

Preparation of Haloalkanes from Alcohol

All the compo...

Question

All the compounds listed in Column I react with water. Match the result of the respective reactions with the appropriate options listed in Column II.
$\begin{matrix} Column 1 & Column 2 (A) & (C H_{3})_{2} S i C l_{2} & (P) & Hydrogen halide formation (B) & X e F_{4} & (q) & Redox reaction (C) & C l_{2} & (r) & Reacts with glass (D) & V C l_{5} & (s) & Polymerization (t) & O_{2} formation \end{matrix}$

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Solution

The correct option is B c
Answer : A(P,S); B(P,Q,R,T); C(P,Q); D(P)

(A)

$(B) 6 X e F_{4} + 12 H_{2} O \to 4 X e + 2 X e O_{3} + 24 H F + 3 O_{2} (C) C l_{2} + H_{2} O \to H C l + H O C L (D) V C l_{5} + H_{2} O \to V O C l_{3} + H C l$

Note : Vanadium in (+V) oxidation state from only fluoride. Existence of $V C l_{5}$ is doubtful.

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All the compounds listed in Column I react with water. Match the result of the respective reactions with the appropriate options listed in Column II. Column 1Column 2(A)(CH3)2SiCl2(P)Hydrogen halide formation(B)XeF4(q)Redox reaction(C)Cl2(r)Reacts with glass(D)VCl5(s)Polymerization(t)O2 formation

The correct option is B cAnswer : A(P,S); B(P,Q,R,T); C(P,Q); D(P) (A) (B) 6XeF4+12H2O→4Xe+2XeO3+24HF+3O2(C) Cl2+H2O→HCl+HOCL(D) VCl5+H2O→ VOCl3+HCl Note : Vanadium in (+V) oxidation state from only fluoride. Existence of VCl5 is doubtful.