QBManager

CHXI11:THE P-BLOCK ELEMENTS

317056 Which of the following oxyacids of sulphur contain four $S = O$ bonds?

1

H_{2} S O_{5}

2

H_{2} {SO}_{4}

3

H_{2} S_{2} O_{4}

4

H_{2} S_{2} O_{6}

Explanation:

$H_{2} S_{2} O_{6}$ oxyacids of sulphur contain four $S$ $= O$ bonds. It is shown as bellow:
Dithionic acid $(H_{2} S_{2} O_{6})$
supporting img

CHXI11:THE P-BLOCK ELEMENTS

317057 What is bond angle $O - S - O$ in ${SO}_{2}$ molecule?

1

107^{\circ}

2

180^{\circ}

3

90^{\circ}

4

{119.5}^{\circ}

MHTCET - 2021

CHXI11:THE P-BLOCK ELEMENTS

317058 The type of bonds present in sulphuric anhydride is:

1

3 σ

and

3 p π - d π

2

3 σ, 1 p π - p π

and

2 p π - d π

3

2 σ

and

3 p π - d π

4

2 σ

and

2 p π - d π

CHXI11:THE P-BLOCK ELEMENTS

317059 Cyclic trimer structure of ${SO}_{3}$ contains

1

6 S = O

bonds and three

S - O - S

bonds

2

3 S = O

bonds and six

S - O - S

bonds

3

6 S = O

bonds and six

S - O - S

bonds

4

S i x S - O - S

bonds only

CHXI11:THE P-BLOCK ELEMENTS

317056 Which of the following oxyacids of sulphur contain four $S = O$ bonds?

1

H_{2} S O_{5}

2

H_{2} {SO}_{4}

3

H_{2} S_{2} O_{4}

4

H_{2} S_{2} O_{6}

Explanation:

$H_{2} S_{2} O_{6}$ oxyacids of sulphur contain four $S$ $= O$ bonds. It is shown as bellow:
Dithionic acid $(H_{2} S_{2} O_{6})$
supporting img

CHXI11:THE P-BLOCK ELEMENTS

317057 What is bond angle $O - S - O$ in ${SO}_{2}$ molecule?

1

107^{\circ}

2

180^{\circ}

3

90^{\circ}

4

{119.5}^{\circ}

MHTCET - 2021

CHXI11:THE P-BLOCK ELEMENTS

317058 The type of bonds present in sulphuric anhydride is:

1

3 σ

and

3 p π - d π

2

3 σ, 1 p π - p π

and

2 p π - d π

3

2 σ

and

3 p π - d π

4

2 σ

and

2 p π - d π

CHXI11:THE P-BLOCK ELEMENTS

317059 Cyclic trimer structure of ${SO}_{3}$ contains

1

6 S = O

bonds and three

S - O - S

bonds

2

3 S = O

bonds and six

S - O - S

bonds

3

6 S = O

bonds and six

S - O - S

bonds

4

S i x S - O - S

bonds only

CHXI11:THE P-BLOCK ELEMENTS

317056 Which of the following oxyacids of sulphur contain four $S = O$ bonds?

1

H_{2} S O_{5}

2

H_{2} {SO}_{4}

3

H_{2} S_{2} O_{4}

4

H_{2} S_{2} O_{6}

Explanation:

$H_{2} S_{2} O_{6}$ oxyacids of sulphur contain four $S$ $= O$ bonds. It is shown as bellow:
Dithionic acid $(H_{2} S_{2} O_{6})$
supporting img

CHXI11:THE P-BLOCK ELEMENTS

317057 What is bond angle $O - S - O$ in ${SO}_{2}$ molecule?

1

107^{\circ}

2

180^{\circ}

3

90^{\circ}

4

{119.5}^{\circ}

MHTCET - 2021

CHXI11:THE P-BLOCK ELEMENTS

317058 The type of bonds present in sulphuric anhydride is:

1

3 σ

and

3 p π - d π

2

3 σ, 1 p π - p π

and

2 p π - d π

3

2 σ

and

3 p π - d π

4

2 σ

and

2 p π - d π

CHXI11:THE P-BLOCK ELEMENTS

317059 Cyclic trimer structure of ${SO}_{3}$ contains

1

6 S = O

bonds and three

S - O - S

bonds

2

3 S = O

bonds and six

S - O - S

bonds

3

6 S = O

bonds and six

S - O - S

bonds

4

S i x S - O - S

bonds only

CHXI11:THE P-BLOCK ELEMENTS

317056 Which of the following oxyacids of sulphur contain four $S = O$ bonds?

1

H_{2} S O_{5}

2

H_{2} {SO}_{4}

3

H_{2} S_{2} O_{4}

4

H_{2} S_{2} O_{6}

Explanation:

$H_{2} S_{2} O_{6}$ oxyacids of sulphur contain four $S$ $= O$ bonds. It is shown as bellow:
Dithionic acid $(H_{2} S_{2} O_{6})$
supporting img

CHXI11:THE P-BLOCK ELEMENTS

317057 What is bond angle $O - S - O$ in ${SO}_{2}$ molecule?

1

107^{\circ}

2

180^{\circ}

3

90^{\circ}

4

{119.5}^{\circ}

MHTCET - 2021

CHXI11:THE P-BLOCK ELEMENTS

317058 The type of bonds present in sulphuric anhydride is:

1

3 σ

and

3 p π - d π

2

3 σ, 1 p π - p π

and

2 p π - d π

3

2 σ

and

3 p π - d π

4

2 σ

and

2 p π - d π

CHXI11:THE P-BLOCK ELEMENTS

317059 Cyclic trimer structure of ${SO}_{3}$ contains

1

6 S = O

bonds and three

S - O - S

bonds

2

3 S = O

bonds and six

S - O - S

bonds

3

6 S = O

bonds and six

S - O - S

bonds

4

S i x S - O - S

bonds only

Question Bank Series

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation: