Which of the following is the correct match regarding controlled oxidation of alkane and catalyst used in the reaction? Column I Column II A CH 4+ O 2 longrightarrow CH 3 OH 1 Cu / 523 K / 100 atm B CH 4+ O 2 longrightarrow HCHO 2 Mo 2 O 3, Δ C 2 CH 3 CH 3+3 O 2 longrightarrow 2 CH 3 COOH +2 H 2 O 3 ( CH 3 COO )2 Mn D ( CH 3)3 CH longrightarrow( CH 3)3 COH 4 KMnO 4

Question

Which of the following is the correct match regarding controlled oxidation of alkane and catalyst used in the reaction? Column I Column II A CH 4+ O 2 longrightarrow CH 3 OH 1 Cu / 523 K / 100 atm B CH 4+ O 2 longrightarrow HCHO 2 Mo 2 O 3, Δ C 2 CH 3 CH 3+3 O 2 longrightarrow 2 CH 3 COOH +2 H 2 O 3 ( CH 3 COO )2 Mn D ( CH 3)3 CH longrightarrow( CH 3)3 COH 4 KMnO 4 (A) A-(2), B-(3), C-(4), D-(1) (B) A-(1), B-(2), C-(3), D-(4) (C) A-(2), B-(1), C-(3), D-(4) (D) A-(4), B-(3), C-(2), D-(1)

Tardigrade Admin · Accepted Answer

The correct match is: A arrow 1, B arrow 2, C arrow 3, D arrow 4 A. 2 CH 4+ O 2 xrightarrow[ 100 atm ]Cu /523 K 2 CH 3 OH B. CH 4+ O 2 xrightarrow[Δ]Mo2O3HCHO + H 2 O C. 2 CH 3 CH 3+3 O 2 xrightarrow[Δ] ( CH 3 COO )2 Mn 2 CH 3 COOH +2 H 2 O D. ( CH 3)3 CH xrightarrowKMnO 4( CH 3)3 COH

Column I		Column II
A	$C H_{4} + O_{2} ⟶ C H_{3} O H$	1	$C u /523 K /100 a t m$
B	$C H_{4} + O_{2} ⟶ H C H O$	2	$M o_{2} O_{3}, Δ$
C	$2 C H_{3} C H_{3} + 3 O_{2} ⟶ 2 C H_{3} COO H + 2 H_{2} O$	3	$(C H_{3} COO)_{2} M n$
D	$(C H_{3})_{3} C H ⟶ (C H_{3})_{3} CO H$	4	$K M n O_{4}$

$A - (2), B - (3), C - (4), D - (1)$

$A - (1), B - (2), C - (3), D - (4)$

$A - (2), B - (1), C - (3), D - (4)$

$A - (4), B - (3), C - (2), D - (1)$

A−(2),B−(3),C−(4),D−(1)

A−(1),B−(2),C−(3),D−(4)

A−(2),B−(1),C−(3),D−(4)

A−(4),B−(3),C−(2),D−(1)

The correct match is : A→1,B→2,C→3,D→4 A. 2CH4​+O2​Cu/523K100atm​2CH3​OH B. CH4​+O2​Mo2​O3​Δ​HCHO+H2​O C. 2CH3​CH3​+3O2​(CH3​COO)2​MnΔ​2CH3​COOH+2H2​O D. (CH3​)3​CHKMnO4​​(CH3​)3​COH

$A - (2), B - (3), C - (4), D - (1)$

$A - (1), B - (2), C - (3), D - (4)$

$A - (2), B - (1), C - (3), D - (4)$

$A - (4), B - (3), C - (2), D - (1)$