QBManager

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317100 Hybridisation at second carbon in ${CH}_{2} = CH - {CH}_{3}$ is

1

sp

2

{sp}^{2}

3

{sp}^{3}

4

{sp}^{3} d

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317101 Which hybrid orbitals are involved in the ${CH}_{3} - CH = CH - {CH}_{3}$ compound?

1

sp

and

{sp}^{3}

2

{sp}^{2}

and

{sp}^{3}

3

sp

and

{sp}^{2}

4 Only

{sp}^{3}

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317102 The number of pi-bonds present in benzoic acid molecule are

1 5

2 4

3 3

4 6

MHTCET - 2019

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317103 How many sigma and $π$ bonds are present in the following molecule $HC \equiv C - CH = CH - {CH}_{3}$ ?

1 Sigma

C - C

bonds

= 4

, sigma

C - H

bonds

=

6, pi

C - C

bonds

= 3

2 Sigma

C - C

bonds

= 5

, sigma

C - H

bonds= 4, pi

C - C

bonds

= 2

3 Sigma

C - C

bonds

= 4

, sigma

C - H

bonds

=

2 , pi

C - C

bonds

= 5

4 Sigma

C - C

bonds

= 4

, sigma

C - H

bonds

=

4 , pi

C - C

bonds

= 4

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317100 Hybridisation at second carbon in ${CH}_{2} = CH - {CH}_{3}$ is

1

sp

2

{sp}^{2}

3

{sp}^{3}

4

{sp}^{3} d

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317101 Which hybrid orbitals are involved in the ${CH}_{3} - CH = CH - {CH}_{3}$ compound?

1

sp

and

{sp}^{3}

2

{sp}^{2}

and

{sp}^{3}

3

sp

and

{sp}^{2}

4 Only

{sp}^{3}

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317102 The number of pi-bonds present in benzoic acid molecule are

1 5

2 4

3 3

4 6

MHTCET - 2019

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317103 How many sigma and $π$ bonds are present in the following molecule $HC \equiv C - CH = CH - {CH}_{3}$ ?

1 Sigma

C - C

bonds

= 4

, sigma

C - H

bonds

=

6, pi

C - C

bonds

= 3

2 Sigma

C - C

bonds

= 5

, sigma

C - H

bonds= 4, pi

C - C

bonds

= 2

3 Sigma

C - C

bonds

= 4

, sigma

C - H

bonds

=

2 , pi

C - C

bonds

= 5

4 Sigma

C - C

bonds

= 4

, sigma

C - H

bonds

=

4 , pi

C - C

bonds

= 4

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317100 Hybridisation at second carbon in ${CH}_{2} = CH - {CH}_{3}$ is

1

sp

2

{sp}^{2}

3

{sp}^{3}

4

{sp}^{3} d

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317101 Which hybrid orbitals are involved in the ${CH}_{3} - CH = CH - {CH}_{3}$ compound?

1

sp

and

{sp}^{3}

2

{sp}^{2}

and

{sp}^{3}

3

sp

and

{sp}^{2}

4 Only

{sp}^{3}

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317102 The number of pi-bonds present in benzoic acid molecule are

1 5

2 4

3 3

4 6

MHTCET - 2019

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317103 How many sigma and $π$ bonds are present in the following molecule $HC \equiv C - CH = CH - {CH}_{3}$ ?

1 Sigma

C - C

bonds

= 4

, sigma

C - H

bonds

=

6, pi

C - C

bonds

= 3

2 Sigma

C - C

bonds

= 5

, sigma

C - H

bonds= 4, pi

C - C

bonds

= 2

3 Sigma

C - C

bonds

= 4

, sigma

C - H

bonds

=

2 , pi

C - C

bonds

= 5

4 Sigma

C - C

bonds

= 4

, sigma

C - H

bonds

=

4 , pi

C - C

bonds

= 4

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317100 Hybridisation at second carbon in ${CH}_{2} = CH - {CH}_{3}$ is

1

sp

2

{sp}^{2}

3

{sp}^{3}

4

{sp}^{3} d

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317101 Which hybrid orbitals are involved in the ${CH}_{3} - CH = CH - {CH}_{3}$ compound?

1

sp

and

{sp}^{3}

2

{sp}^{2}

and

{sp}^{3}

3

sp

and

{sp}^{2}

4 Only

{sp}^{3}

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317102 The number of pi-bonds present in benzoic acid molecule are

1 5

2 4

3 3

4 6

MHTCET - 2019

CHXI12:ORGANIC CHEMISTRY SOME BASIC PRINCIPLES AND TECHNIQUES

317103 How many sigma and $π$ bonds are present in the following molecule $HC \equiv C - CH = CH - {CH}_{3}$ ?

1 Sigma

C - C

bonds

= 4

, sigma

C - H

bonds

=

6, pi

C - C

bonds

= 3

2 Sigma

C - C

bonds

= 5

, sigma

C - H

bonds= 4, pi

C - C

bonds

= 2

3 Sigma

C - C

bonds

= 4

, sigma

C - H

bonds

=

2 , pi

C - C

bonds

= 5

4 Sigma

C - C

bonds

= 4

, sigma

C - H

bonds

=

4 , pi

C - C

bonds

= 4

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Question Bank Series

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