Qstnid -2-i-c6h6, () C6h12, () Ch2cl2, () Ch2 = C = Ch2, () Ch3no2, () Hconhch3 () C6h12, () Ch2cl2, () Ch2 = C = Ch2, () Ch3no2, () Hconhch3 () C6h12, () Ch2cl2, () Ch2 = C = Ch2, () Ch3no2, () Hconhch3 - 05: Organic Chemistry: Some Basic Principles And Techniques

Home Learn Fast select Course

Show Unit/Chapter Change Unit Change Subject Last Menu

NEET-XI-Chemistry

05: Organic Chemistry: Some Basic Principles and Techniques

Qstn# 2-i Prvs-Qstn Next-Qstn

#2-i
C₆H₆, () C₆H₁₂, () CH₂Cl₂, () CH₂= C = CH₂, () CH₃NO₂, () HCONHCH₃
() C₆H₁₂, () CH₂Cl₂, () CH₂= C = CH₂, () CH₃NO₂, () HCONHCH₃
() C₆H₁₂, () CH₂Cl₂, () CH₂= C = CH₂, () CH₃NO₂, () HCONHCH₃
Ans : C₆H₆

There are six C-C sigma () bonds, six C-H sigma () bonds, and three C=C pi () resonating bonds in the given compound.
() C₆H₁₂

There are six C-C sigma () bonds and twelve C-H sigma () bonds in the given compound.
() CH₂Cl₂

There two C-H sigma () bonds and two C-Cl sigma () bonds in the given compound.
() CH₂= C = CH₂

There are two C-C sigma () bonds, four C-H sigma () bonds, and two C=C pi () bonds in the given compound.
() CH₃NO₂

There are three C-H sigma () bonds, one C-N sigma () bond, one N-O sigma () bond, and one N=O pi () bond in the given compound.
() HCONHCH₃

There are two C-N sigma () bonds, four C-H sigma () bonds, one N-H sigma bond, and one C=O pi () bond in the given compound.
() C₆H₁₂

There are six C-C sigma () bonds and twelve C-H sigma () bonds in the given compound.
() CH₂Cl₂

There two C-H sigma () bonds and two C-Cl sigma () bonds in the given compound.
() CH₂= C = CH₂

There are two C-C sigma () bonds, four C-H sigma () bonds, and two C=C pi () bonds in the given compound.
() CH₃NO₂

There are three C-H sigma () bonds, one C-N sigma () bond, one N-O sigma () bond, and one N=O pi () bond in the given compound.
() HCONHCH₃

There are two C-N sigma () bonds, four C-H sigma () bonds, one N-H sigma bond, and one C=O pi () bond in the given compound.
() C₆H₁₂

There are six C-C sigma () bonds and twelve C-H sigma () bonds in the given compound.
() CH₂Cl₂

There two C-H sigma () bonds and two C-Cl sigma () bonds in the given compound.
() CH₂= C = CH₂

There are two C-C sigma () bonds, four C-H sigma () bonds, and two C=C pi () bonds in the given compound.
() CH₃NO₂

There are three C-H sigma () bonds, one C-N sigma () bond, one N-O sigma () bond, and one N=O pi () bond in the given compound.
() HCONHCH₃

There are two C-N sigma () bonds, four C-H sigma () bonds, one N-H sigma bond, and one C=O pi () bond in the given compound.

#2-ii
C₆H₁₂,
Ans : C₆H₁₂

There are six C-C sigma () bonds and twelve C-H sigma () bonds in the given compound.

#2-iii
CH₂Cl₂,
Ans : CH₂Cl₂

There two C-H sigma () bonds and two C-Cl sigma () bonds in the given compound.

#2-iv
CH₂= C = CH₂,
Ans : CH₂= C = CH₂

There are two C-C sigma () bonds, four C-H sigma () bonds, and two C=C pi () bonds in the given compound.

#2-v
CH₃NO₂,
Ans : CH₃NO₂

There are three C-H sigma () bonds, one C-N sigma () bond, one N-O sigma () bond, and one N=O pi () bond in the given compound.

#2-vi
HCONHCH₃
Ans : HCONHCH₃

There are two C-N sigma () bonds, four C-H sigma () bonds, one N-H sigma bond, and one C=O pi () bond in the given compound.