The Cahn-Ingold-Prelog (CIP) priorities of the group and the absolute configuration (R/S) of the following compound are

Question

The Cahn-Ingold-Prelog (CIP) priorities of the group and the absolute configuration (R/S) of the following compound are <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/8f4c8a3ec3f01a0dc2cdb1f6ba66e716-.png" /> (A) -CH2OH > -CH(CH3)2 > -CH = CH2 > -CH3 and S (B) -CH2OH > -CH = CH2 > -CH(CH3)2 > -CH3 and S (C) -CH2OH > -CH = CH2 > -CH(CH3)2 > -CH3 and R (D) -CH2OH > -CH(CH3)2 > -CH = CH2 > -CH3 and R

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The priority number of a ligand is based on the atomic no. of the element in the ligand that bonds the ligand to chiral center. The higher the atomic number, the higher the proirity

Q. The Cahn-Ingold-Prelog $(C I P)$ priorities of the group and the absolute configuration (R/S) of the following compound are

$- C H_{2} O H > - C H (C H_{3})_{2} > - C H = C H_{2} > - C H_{3}$ and $S$

$- C H_{2} O H > - C H = C H_{2} > - C H (C H_{3})_{2} > - C H_{3}$ and $S$

$- C H_{2} O H > - C H = C H_{2} > - C H (C H_{3})_{2} > - C H_{3}$ and $R$

$- C H_{2} O H > - C H (C H_{3})_{2} > - C H = C H_{2} > - C H_{3}$ and $R$

The priority number of a ligand is based on the atomic no. of the element in the ligand that bonds the ligand to chiral center. The higher the atomic number, the higher the proirity

Q. The Cahn-Ingold-Prelog (CIP) priorities of the group and the absolute configuration (R/S) of the following compound are

−CH2​OH>−CH(CH3​)2​>−CH=CH2​>−CH3​ and S

−CH2​OH>−CH=CH2​>−CH(CH3​)2​>−CH3​ and S

−CH2​OH>−CH=CH2​>−CH(CH3​)2​>−CH3​ and R

−CH2​OH>−CH(CH3​)2​>−CH=CH2​>−CH3​ and R

The priority number of a ligand is based on the atomic no. of the element in the ligand that bonds the ligand to chiral center. The higher the atomic number, the higher the proirity

Q. The Cahn-Ingold-Prelog $(C I P)$ priorities of the group and the absolute configuration (R/S) of the following compound are

$- C H_{2} O H > - C H (C H_{3})_{2} > - C H = C H_{2} > - C H_{3}$ and $S$

$- C H_{2} O H > - C H = C H_{2} > - C H (C H_{3})_{2} > - C H_{3}$ and $S$

$- C H_{2} O H > - C H = C H_{2} > - C H (C H_{3})_{2} > - C H_{3}$ and $R$

$- C H_{2} O H > - C H (C H_{3})_{2} > - C H = C H_{2} > - C H_{3}$ and $R$