Zerevitinov’s determination of active hydrogen in a compound is based upon its reaction with

Question

Zerevitinov’s determination of active hydrogen in a compound is based upon its reaction with (A) Na (B) CH3MgI (C) Zn (D) Al

Tardigrade Admin · Accepted Answer

Number of active hydrogen in a compound corresponds to the number of moles of CH4 evolved per mole of the compound. - OH , - NH2 , -SH, - OH or -C = CH xrightarrowCH3Mgl CH4 uparrow (2CH4 from - NH2)

Q. Zerevitinov’s determination of active hydrogen in a compound is based upon its reaction with

Na

$C H_{3} M g I$

Zn

Al

Number of active hydrogen in a compound corresponds to the number of moles of $C H_{4}$ evolved per mole of the compound.
$- O H, - N H_{2}, - S H, - O H$ or $- C = C H C H_{3} M g l C H_{4} ↑ (2 C H_{4} f ro m - N H_{2})$

Q. Zerevitinov’s determination of active hydrogen in a compound is based upon its reaction with

Na

CH3​MgI

Zn

Al

Number of active hydrogen in a compound corresponds to the number of moles of CH4​ evolved per mole of the compound. −OH,−NH2​,−SH,−OH or −C=CHCH3​Mgl​CH4​↑(2CH4​from−NH2​)

$C H_{3} M g I$

Number of active hydrogen in a compound corresponds to the number of moles of $C H_{4}$ evolved per mole of the compound.
$- O H, - N H_{2}, - S H, - O H$ or $- C = C H C H_{3} M g l C H_{4} ↑ (2 C H_{4} f ro m - N H_{2})$