In the following sequence of reactions the maximum number of atoms present in molecule 'C' in one plane is . A xrightarrow[Cu texttube] textRed hot B xrightarrow[ textAnhydrousAlCl3]CH3Cl(1.eq.) AlCl3]C (A is a lowest molecular weight alkyne)

Question

In the following sequence of reactions the maximum number of atoms present in molecule 'C' in one plane is . A xrightarrow[Cu texttube] textRed hot B xrightarrow[ textAnhydrousAlCl3]CH3Cl(1.eq.) AlCl3]C (A is a lowest molecular weight alkyne) (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

Total 13 atom are present in same plane (7 carbon 6 hydrogen atoms. )

Q. In the following sequence of reactions the maximum number of atoms present in molecule 'C' in one plane is __________ .
$A Red hot C u tube B C H_{3} Cl (1. e q .) Anhydrous A lC l_{3} A lC l_{3}] C$
(A is a lowest molecular weight alkyne)

Total $13$ atom are present in same plane ( $7$ carbon & $6$ hydrogen atoms. )

Q. In the following sequence of reactions the maximum number of atoms present in molecule 'C' in one plane is __________ . ARed hotCutube​BCH3​Cl(1.eq.)AnhydrousAlCl3​​AlCl3​]C (A is a lowest molecular weight alkyne)

Total 13 atom are present in same plane (7 carbon & 6 hydrogen atoms. )

Q. In the following sequence of reactions the maximum number of atoms present in molecule 'C' in one plane is __________ .
$A Red hot C u tube B C H_{3} Cl (1. e q .) Anhydrous A lC l_{3} A lC l_{3}] C$
(A is a lowest molecular weight alkyne)

Total $13$ atom are present in same plane ( $7$ carbon & $6$ hydrogen atoms. )